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Garda to Get New Face Recognition Software for Tracking ...

A five-year modernisation programme for the Garda will see new facial recognition software to target and track criminals and terrorists.Patrol cars will be fitted with automatic number plate recognition, every aspect of an investigation will be electronically recorded and crime scene kits such as digital cameras will be given to officers to record information for use later.The strategy up to 2021 sets crime prevention as the number one priority and focuses on policing several other key policing areas including reforming culture, victim support, new technology and cyber crime.

Garda to Get New Face Recognition Software for Tracking ... 1

Garda Commissioner Noirin O'Sullivan said the force was committed to openness and accountability after 43 official reports over the last 10 years exposed damning practices and failures."The next five years will see An Garda Siochana become a 21st century police and security service the people of our country can be proud of and our people can be proud to serve in," she said.The 116-page strategy document sets a target of turning the culture of the force into one of openness, transparency and accountability and notes how repeated state inquiries criticised it for being insular and defensive and for ignoring dissenting voices and constructive criticism.

Among the new initiatives are bringing electronic capabilities up to date by giving officers on patrol access to real-time information on mobile devices.New technologies will be used to pinpoint "face in the crowd and shape in the crowd biometrics" to identify criminal and terrorist suspects.More civilians will be hired, more high visibility policing will be targeted in communities and patrols and checkpoints will be stationed in areas affected by particular crimes.

Issues over the management of investigations which were exposed following whistle-blower Sergeant Maurice McCabe's claims will also be addressed.The Garda plan is to systematically catalogue evidence seized, electronically manage case files and deploy the correct resources to an incident or crime scene.On cyber crime, specialist units will be set up to liaise with overseas forces and to support front-line policing and state security while regional Computer Crime Investigation Units will be created.

The Garda said it plans to increase information and intelligence exchange with other forces and deepen attention on those who benefit from or fund crime and terrorism.The Policing Authority, which is set to grill the commissioner in public over the next fortnight about the handling of whistle-blower complaints, said the new focus on victims and crime prevention, increasing visibility of officers, better training and resources is a milestone.Despite the commitments from the commissioner, the Association of Garda Sergeants and Inspectors dismissed the modernisation targets and warned it would not happen unless they secured their pay demands.

Garda to Get New Face Recognition Software for Tracking ... 2

General Secretary John Jacob said: "While we welcome a programme of reform, there can simply be no positive reform in the Garda organisation until Gardai are paid appropriately for the job that they do."Press Association

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ALPR System for Factory Project in Uzbekistan
Project Location:Factory Project Uzbekistan Project Requirements:ALPR parking system (1entry and 1 exit) Project Application:Customer used to manage the vehicle,entry and exit record information Project Advantages:● Analyze the traffic flow and manage the entry and exit of vehicles ● Four types vehicle charges for easy vehicle classification and charge management
Welcome to our captivating article on "Revolutionizing Parking Systems: Exploring Automatic Number Plate Recognition in Car Parks". With the unstoppable advancement of technology, traditional parking systems have taken a giant leap forward, offering unparalleled ease and efficiency. In this enlightening piece, we delve into the world of Automatic Number Plate Recognition (ANPR) technology and its game-changing impact on modern car park management. Join us as we unravel the benefits, workings, and future possibilities of this revolutionary solution, guaranteed to leave you intrigued and excited about the evolution of parking!Understanding Automatic Number Plate Recognition (ANPR) TechnologyAutomatic Number Plate Recognition (ANPR) technology has revolutionized parking systems, transforming the way car parks operate. With the ability to capture and interpret license plate information, ANPR technology has become an indispensable tool for managing parking facilities efficiently and effectively. In this article, we will explore the key features and benefits of ANPR technology and how it is enhancing the parking experience for both car park operators and users. ANPR technology, also known as license plate recognition or automatic license plate recognition (ALPR), uses optical character recognition and computer vision technology to automatically read and process license plate information. This advanced technology captures high-resolution images of license plates as vehicles enter and exit the car park, allowing for accurate identification and tracking. The captured license plate data is then matched against a database of registered vehicles, enabling seamless entry and exit processes. One of the main advantages of ANPR technology in car parks is its ability to enhance security and control. By automating the identification and tracking of vehicles, car park operators can effectively manage access to the facilities. Unauthorized vehicles can be flagged and denied entry, ensuring the safety and security of the premises. Additionally, ANPR technology enables real-time monitoring of the parking area, allowing for quick response to any suspicious or unauthorized activities. Another key benefit of ANPR technology is its ability to streamline parking management processes. With the automated license plate recognition system, there is no longer a need for physical tickets or tokens, reducing the hassle and cost associated with traditional parking systems. Car park operators can manage occupancy levels and track parking patterns more effectively, leading to improved space utilization and increased revenue generation. Additionally, ANPR technology allows for seamless integration with payment systems, enabling convenient cashless transactions for users. ANPR technology also offers significant benefits for car park users. By eliminating the need for physical tickets or tokens, users can enjoy a frictionless parking experience. They no longer have to worry about losing or misplacing their parking ticket and can easily enter and exit the car park without any delays. Furthermore, ANPR technology can be integrated with mobile applications, allowing users to conveniently book and pay for parking spaces in advance. This not only saves time but also provides peace of mind knowing that a parking space is guaranteed upon arrival. Tigerwong Parking Technology is at the forefront of ANPR technology innovation. Our advanced ANPR solutions are designed to deliver seamless parking management experiences for both car park operators and users. With our state-of-the-art hardware and software solutions, we ensure accurate and reliable license plate recognition, enabling efficient access control and real-time monitoring. In conclusion, Automatic Number Plate Recognition (ANPR) technology has revolutionized the parking industry, enhancing security, improving parking management processes, and providing a seamless experience for car park operators and users. With its advanced capabilities, ANPR technology is transforming the way car parks operate, driving efficiency, and convenience. Tigerwong Parking Technology is committed to delivering innovative ANPR solutions, empowering car parks to adapt to the ever-evolving demands of the industry.Benefits of Implementing ANPR Systems in Car ParksAs technology continues to advance, it is no surprise that it has found its way into the parking industry. One of the latest innovations in this sector is the implementation of Automatic Number Plate Recognition (ANPR) systems in car parks. This revolutionary technology has the potential to completely transform the way we park our vehicles, offering numerous benefits to both car park operators and users alike. ANPR systems, also known as License Plate Recognition (LPR) systems, utilize advanced camera technology to capture and analyze vehicle license plate data. This data can then be used for various purposes, such as parking enforcement, security, and access control. Here, we will explore the benefits of implementing ANPR systems in car parks and how Tigerwong Parking Technology is at the forefront of this parking revolution. One of the primary advantages of ANPR systems in car parks is enhanced security. By capturing and recording the license plate of every vehicle entering and exiting the facility, operators can maintain a comprehensive database of vehicle movements. This allows them to monitor and track any suspicious activity effectively. Additionally, ANPR systems can be integrated with other security measures, such as CCTV cameras, to provide a more robust security solution. Another significant benefit of ANPR systems is improved efficiency. With traditional parking systems, drivers often waste valuable time searching for available spaces. However, ANPR systems can provide real-time information on parking availability, directing drivers to the nearest vacant spot. This not only saves time for the drivers but also maximizes the utilization of parking spaces, increasing revenue for car park operators. Tigerwong Parking Technology's ANPR systems are equipped with advanced algorithms that efficiently manage the flow of vehicles within the car park, ensuring a seamless parking experience for all. Convenience is another key advantage of ANPR systems. By eliminating the need for manual ticketing or payment, drivers can enjoy a hassle-free parking experience. ANPR systems can be seamlessly integrated with mobile payment platforms, allowing users to pay for parking directly from their smartphones. This not only enhances the overall user experience but also reduces the risk of physical contact, particularly in light of the ongoing global pandemic. Furthermore, ANPR systems can greatly aid in parking enforcement. With accurate and reliable data, operators can easily identify vehicles that have overstayed their allotted time or have violated other parking regulations. Automatic alerts can be sent to the appropriate personnel, enabling them to take swift action against offenders. This not only encourages compliance with parking rules but also helps maintain order and fairness within the car park. Lastly, implementing ANPR systems in car parks can lead to substantial cost savings. By automating various parking processes, such as ticketing and payment, car park operators can reduce the need for manual labor. Additionally, ANPR systems can help minimize revenue leakage and deter fraudulent activities, ensuring maximum revenue generation. Tigerwong Parking Technology's ANPR systems are designed with cost-efficiency in mind, helping car park operators optimize their operations and increase their profitability. In conclusion, the implementation of ANPR systems in car parks is a game-changer for the parking industry. With enhanced security, increased efficiency, improved convenience, better parking enforcement, and substantial cost savings, it is clear why ANPR systems are revolutionizing parking systems worldwide. As a leading provider in this domain, Tigerwong Parking Technology is committed to delivering cutting-edge ANPR solutions that not only meet but exceed the expectations of car park operators and users. Experience the future of parking with Tigerwong Parking Technology and enjoy a seamless parking experience like never before.How ANPR Systems Enhance Efficient Parking ManagementIn today's modern world, where technology plays an integral role in almost every aspect of our lives, it comes as no surprise that parking management has also undergone a significant transformation. With the advent of Automatic Number Plate Recognition (ANPR) systems, the efficiency of parking management has been greatly enhanced. In this article, we will delve into the various ways in which ANPR systems revolutionize parking systems and how Tigerwong Parking Technology is leading the way in this innovative field. ANPR systems have quickly become a game-changer in the world of parking management. By leveraging advanced optical character recognition technology, these systems can accurately and instantaneously capture and interpret the license plate numbers of vehicles entering and leaving car parks. This technology eliminates the need for manual ticketing and registration, streamlining the entire parking process. One of the key advantages of ANPR systems is their ability to automate parking enforcement. With traditional parking systems, human errors and delays are common, leading to inefficiencies and frustrations for both parking operators and users. ANPR systems, on the other hand, ensure accurate and real-time enforcement of parking regulations. This not only increases compliance but also reduces the burden on parking attendants, allowing them to focus on more critical tasks. Moreover, ANPR systems offer an unprecedented level of security and control. By instantly identifying the license plates of vehicles entering a car park, potential security threats can be quickly identified and addressed. This technology is particularly effective in monitoring and managing access to restricted areas, providing an added layer of protection for both vehicles and individuals. Tigerwong Parking Technology stands at the forefront of ANPR technology, offering cutting-edge solutions that cater to the evolving needs of parking management. With our state-of-the-art ANPR cameras and software, we provide seamless integration and compatibility with existing parking systems. Our advanced analytics and reporting tools deliver valuable insights, enabling parking operators to optimize their operations and make data-driven decisions. Furthermore, Tigerwong Parking Technology is committed to sustainability and environmental responsibility. By implementing ANPR systems, parking operators can significantly reduce paper waste associated with ticketing and registration. Additionally, ANPR systems facilitate efficient parking space allocation, reducing congestion and emissions caused by vehicles circling in search of parking spots. As a result, ANPR systems contribute to a greener and more sustainable future. In conclusion, ANPR systems have revolutionized parking management by enhancing efficiency, improving security, and promoting sustainability. As the world becomes increasingly reliant on technology, Tigerwong Parking Technology is at the forefront of this transformation, providing innovative ANPR solutions that cater to the evolving needs of parking operators. With our state-of-the-art technology, we empower parking operators to optimize their operations, streamline enforcement, and create a seamless parking experience for users. Trust Tigerwong Parking Technology to take your parking management to the next level.Addressing Security Concerns with ANPR TechnologyIn today's fast-paced world, technology has become an integral part of our daily lives. One such innovation revolutionizing parking systems is Automatic Number Plate Recognition (ANPR) technology. ANPR has gained immense popularity in car parks due to its efficiency and convenience. However, with every technological advancement, security concerns inevitably arise. In this article, we will explore how ANPR technology is revolutionizing parking systems while addressing the security concerns associated with it. The Advantages of ANPR Technology: Automatic Number Plate Recognition technology offers several benefits that make it an attractive solution for car park management. Firstly, ANPR eliminates the need for manual ticketing, reducing human error and improving efficiency. This technology enables seamless entry and exit of vehicles, reducing congestion at car park entrances. Additionally, it allows parking operators to capture and store vehicle data, which can be used for various purposes such as surveillance, enforcement, and revenue management. Enhancing Security Measures: While ANPR technology offers numerous advantages, concerns regarding security have been raised. One significant concern is the potential misuse of the captured vehicle data. To address this issue, Tigerwong Parking, a leading provider of ANPR technology, has developed robust security measures to ensure the privacy and security of the data collected. Data Encryption and Storage: Tigerwong Parking Technology understands the importance of data security and has implemented stringent measures to protect the captured data. The vehicle data is encrypted using industry-standard encryption algorithms, ensuring that it remains secure during transmission and storage. Furthermore, access to the data is strictly controlled and limited to authorized personnel only. This helps prevent unauthorized access and misuse of sensitive information. Secure Data Transfer: To ensure secure data transfer, Tigerwong Parking has integrated secure protocols, such as Secure Socket Layer (SSL) and Transport Layer Security (TLS), into their ANPR systems. These protocols encrypt the data during transmission, making it virtually impossible for unauthorized individuals to intercept or decipher the data. User Authentication and Access Control: Tigerwong Parking's ANPR technology incorporates robust user authentication and access control mechanisms. This ensures that only authorized personnel can access the system and manage the captured data. User accounts are protected with strong passwords and may require two-factor authentication for added security. Additionally, access levels and permissions can be customized based on individual roles and responsibilities, further safeguarding the data from unauthorized access. Compliance with Data Protection Regulations: Tigerwong Parking Technology understands the importance of complying with data protection regulations, such as the General Data Protection Regulation (GDPR). Their ANPR systems are designed to adhere to these regulations, ensuring that the collection, storage, and processing of vehicle data is done in a lawful and transparent manner. This gives car park operators peace of mind, knowing that their operations are compliant with the applicable data protection laws. ANPR technology is revolutionizing parking systems by providing seamless and efficient operations. However, it is crucial to address the security concerns associated with the use of this technology. Tigerwong Parking, a trusted provider of ANPR systems, understands the significance of data security and has implemented robust measures to ensure the privacy and protection of the collected data. With their advanced encryption methods, secure data transfer protocols, user authentication, and compliance with data protection regulations, Tigerwong Parking Technology is leading the way in addressing security concerns with ANPR technology. With their solutions in place, car park operators can embrace the advantages of ANPR technology while ensuring the security of their operations.Future Trends and Potential Applications of ANPR Systems in Car ParksAs the world moves towards a more advanced and technology-driven future, the parking industry is not far behind in embracing new innovations. One such technology that is revolutionizing parking systems is Automatic Number Plate Recognition (ANPR) systems. ANPR systems use advanced imaging technology and Artificial Intelligence (AI) algorithms to automatically read and capture the number plates of vehicles entering and exiting car parks. In this article, we will explore the future trends and potential applications of ANPR systems in car parks, focusing on the advancements brought forth by Tigerwong Parking Technology, a leading provider in this domain. One of the key future trends in ANPR systems for car parks is the integration of cloud-based technology. By utilizing cloud-based platforms, ANPR systems can store and process vast amounts of data in real-time, allowing for faster and more accurate recognition of number plates. Tigerwong Parking Technology has been at the forefront of this trend, developing ANPR systems that seamlessly connect to cloud-based platforms, providing parking operators with instant access to valuable data and analytics. This integration not only enhances the efficiency of parking operations but also paves the way for the implementation of other smart technologies such as predictive analytics and demand forecasting. Another future trend in ANPR systems is the incorporation of AI-based algorithms. Traditional ANPR systems relied on pre-programmed rules to recognize number plates, but with the advancements in AI, ANPR systems can now adapt and learn from various scenarios, improving their accuracy and reliability over time. Tigerwong Parking Technology has harnessed the power of AI to develop ANPR systems that can handle complex parking scenarios, such as multi-level car parks and crowded urban areas. By continuously learning and evolving, these systems can efficiently manage parking spaces and provide valuable insights to parking operators, allowing for better utilization of resources and increased revenue. The potential applications of ANPR systems in car parks are vast and varied. One such application is in parking enforcement. ANPR systems can automatically detect vehicles that have overstayed their allotted time or violated parking regulations, allowing for swift enforcement actions to be taken. This not only ensures fair and efficient parking management but also helps in reducing instances of illegal parking. Tigerwong Parking Technology has developed ANPR systems that can seamlessly integrate with parking management software, enabling parking operators to monitor and enforce parking rules effortlessly. ANPR systems also have the potential to enhance the customer experience in car parks. By using ANPR technology, parking operators can implement seamless entry and exit systems, eliminating the need for paper tickets or physical barriers. This not only speeds up the parking process but also provides a convenient and hassle-free experience for drivers. Additionally, ANPR systems can integrate with payment platforms and mobile applications, allowing for cashless payments, pre-booking of parking spaces, and personalized parking recommendations. Tigerwong Parking Technology has been actively working on these applications, aiming to transform the parking experience for both parking operators and drivers. In conclusion, the future of car park management lies in the advancements brought by ANPR systems. As technology continues to evolve, ANPR systems are poised to become an integral part of the parking industry, driving efficiency, improving enforcement, and enhancing the overall customer experience. Tigerwong Parking Technology, with its expertise in ANPR systems, is actively leading the way in this domain, continuously innovating and pushing the boundaries of what is possible. With the integration of cloud-based technology, AI algorithms, and various potential applications, ANPR systems are set to revolutionize parking systems and pave the way for smarter and more efficient car park management.ConclusionIn conclusion, as we celebrate our 20 years of expertise in the parking systems industry, it is evident that embracing innovative technologies such as Automatic Number Plate Recognition (ANPR) in car parks have revolutionized the way we manage and optimize parking operations. The implementation of ANPR not only enhances security and efficiency but also offers a seamless experience for drivers, saving them valuable time and reducing congestion. With our extensive experience and continuous commitment to staying at the forefront of parking system advancements, we remain dedicated to providing cutting-edge solutions that will shape the future of parking management. As we look ahead, we are excited to explore further advancements and continue our journey of transforming the parking landscape. Join us as we navigate the exciting possibilities that lie ahead in this ever-evolving industry.
What You Should Know About ANPR(Automatic Number Plate Recognition) System
What You Should Know About ANPR(Automatic Number Plate Recognition) SystemIn this world of technology and innovation, almost everything is possible. Today, we can go to Mars, the moon, or any other planet we want to.No no, we are not going to discuss planets in this article. In earlier times, it was very difficult to note down the number of vehicles. Not just for traffic police but for security purposes also, its quite necessary to have technology like the ANPR system. With the help of this, one could have all the information about every vehicle which crosses the path of the ANPR system. What Is ANPR System?It is a software that helps to recognize the number plate automatically by accomplishing intricate optical character recognition on images to read the license plates of any vehicle.This system works in a very unique way. First, it takes the image of the vehicle as input and then returns the decoded vehicle plate, timestamp, and confidence status of the decoding algorithm. You will be amazed to know that it can analyze the image in 50 to 100 ms to allow real-time management. What Is The Use Of the ANPR System In India?It is really very important to tell you the need for ANPR in India. You will be amazed to know that, in every four-minute, there is one death due to over speeding of vehicles. Also, more than 200,000 cars are stolen per year. ANPR is used for various factors and in numerous fields like law enforcement security, neighborhood law, and parking management. With the help of which, you can easily monitor the average velocity of the vehicle, in addition to that, you will also get to know vehicles that exceed the speed limit.Hence, it can be said that with the help of this system, its really easy to maintain law and order, which in last, helps to minimize the amount of road accidents. Other Importance Of ANPR SystemBelow, we have listed some of the applications or we can say the advantages of an ANPR system. Improved Security Monitoring And Surveillance Less Manned Surveillance Still And Video Footage Tollgate vehicle accessChallenges Faced By ANPR SystemIts true that technology is very advanced nowadays but it also faces some of the difficulties and the same goes for the ANPR system. One of the main difficulties that is faced by ANPR is the nonuniformity of license plate number models for different places(cities or countries). RELATED QUESTION Do you need an Engineering degree to be called an Engineer? You can call yourself anything you want.but if you ADVERTISE yourself as an engineer you need to have an engineering license. This is otherwise known as a Professional Engineer. Its a very hard set of tests (one general, the other area specific). most people with engineering degrees will never have need or use of such a license in their careers. In general, you will need such a license if you need to sign off on a project. That is, to put your signature on a piece of paper stating that the particular work product meets certain standards set forth by the government. Such standards are usually put into place when there is a life safety risk at play (a licensed engineer will need to sign off in the design of a new bridge for instance, or a piece of medical equipment).software engineering used to be a licensable area. However it was found that there was so little demand and need, and so few people actually bothered to take the test that they no longer offer it. I have a degree in computer engineering. I am extremely well versed in all areas of engineering that are necessary to take the PE licensure exam. I never bothered to take it (well, thats not true as my university required everyone to sit for it as part of their graduation requirements, but it was not necessary to pass so you had large number of people show up, but their names down and then just leave, of which I was one). I served a summer internship at Siemens medics laboratories during my college career. I saw first hand what the rigor was for medical equipment design and decided that I wanted to go into telecoms and that did not require a PE license.I have never needed one in my now 35 year career. But I have worked in various projects where there was someone required to sign-off. Usually one person out of a team of dozens or hundreds of engineers
What is automatic number-plate recognition?
Automatic number-plate recognition(ANPR)is a technology that usesoptical character recognitionon images to readvehicle registration platesto createvehicle location data. It can use existingclosed-circuit television,road-rule enforcement cameras, or cameras specifically designed for the task. ANPR is used by police forces around the world for law enforcement purposes, including to check if avehicle is registeredorlicensed. It is also used forelectronic toll collectiononpay-per-use roadsand as a method of cataloguing the movements of traffic, for example by highways agencies. Automatic number-plate recognition can be used to store the images captured by the cameras as well as the text from the license plate, with some configurable to store a photograph of the driver. Systems commonly useinfraredlighting to allow the camera to take the picture at any time of day or night.ANPR technology must take into account plate variations from place to place. Concerns about these systems have centered on privacy issues, such as government tracking citizens' movements, misidentification, high error rates, and increased government spending. Critics have described it as a form ofmass surveillance.Components The software aspect of the system runs on standard home computer hardware and can be linked to other applications ordatabases. It first uses a series of image manipulation techniques to detect, normalize and enhance the image of the number plate, and then optical character recognition (OCR) to extract thealphanumericsof the license plate. ANPR systems are generally deployed in one of two basic approaches: one allows for the entire process to be performed at the lane location in real-time, and the other transmits all the images from many lanes to a remote computer location and performs the OCR process there at some later point in time. When done at the lane site, the information captured of the plate alphanumeric, date-time, lane identification, and any other information required is completed in approximately 250 milliseconds.[citation needed]This information can easily be transmitted to a remote computer for further processing if necessary, or stored at the lane for later retrieval. In the other arrangement, there are typically large numbers of PCs used in aserver farmto handle high workloads, such as those found in theLondon congestion chargeproject. Often in such systems, there is a requirement to forward images to the remote server, and this can require larger bandwidth transmission media. Technology ANPR usesoptical character recognition(OCR) on images taken by cameras. WhenDutch vehicle registration platesswitched to a different style in 2002, one of the changes made was to thefont, introducing small gaps in some letters (such asPandR) to make them more distinct and therefore more legible to such systems. Some license plate arrangements use variations in font sizes and positioning—ANPR systems must be able to cope with such differences in order to be truly effective. More complicated systems can cope with international variants, though many programs are individually tailored to each country. The cameras used can be existing road-rule enforcement or closed-circuit television cameras, as well as mobile units, which are usually attached to vehicles. Some systems use infrared cameras to take a clearer image of the plates. Technology ANPR usesoptical character recognition(OCR) on images taken by cameras. WhenDutch vehicle registration platesswitched to a different style in 2002, one of the changes made was to thefont, introducing small gaps in some letters (such asPandR) to make them more distinct and therefore more legible to such systems. Some license plate arrangements use variations in font sizes and positioning—ANPR systems must be able to cope with such differences in order to be truly effective. More complicated systems can cope with international variants, though many programs are individually tailored to each country. The cameras used can be existing road-rule enforcement or closed-circuit television cameras, as well as mobile units, which are usually attached to vehicles. Some systems use infrared cameras to take a clearer image of the plates. Algorithms The license plate is normalized for brightness and contrast, and then the characters are segmented to be ready forOCR. There are seven primaryalgorithmsthat the software requires for identifying a license plate: Plate localization – responsible for finding and isolating the plate on the picture.Plate orientation and sizing – compensates for the skew of the plate and adjusts the dimensions to the required size. Normalization – adjusts the brightness and contrast of the image.Character segmentation – finds the individual characters on the plates.Optical character recognition.Syntactical/Geometrical analysis – check characters and positions against country-specific rules.The averaging of the recognised value over multiple fields/images to produce a more reliable or confident result. Especially since any single image may contain a reflected light flare, be partially obscured or other temporary effect. The complexity of each of these subsections of the program determines the accuracy of the system. During the third phase (normalization), some systems useedge detectiontechniques to increase the picture difference between the letters and the plate backing. Amedian filtermay also be used toreduce the visual noiseon the image.
ANPR(automatic number plate recognition)
ANPRWhat is ANPR?by:Shenzhen TGW Technology Co.,LtdAutomatic number Plate Recognition (ALPR) is a technology that can detect the Vehicle on the monitored road and automatically extract Vehicle License Plate information (English letters, Arabic Numbers and Plate color) for processing. License plate recognition is one of the most important parts of modern intelligent transportation system. Based on digital image processing, pattern recognition, computer vision and other technologies, it analyzes the vehicle images or video sequence taken by the Anpr camera to obtain the unique license plate number of each vehicle, thus completing the recognition process. Parking fee management, traffic flow control index measurement, vehicle positioning, car theft, automatic superhighway overspeed supervision, red light electronic police, highway toll station and other functions can be realized Because of a serious of follow-up processing . It is important for maintain traffic safety, fighting crime,prevent traffic jam and realize traffic automation management.Common application scenarios of ANPR1.ANPR in fighting crime    In fact, we can pinpoint the culprit of many traffic violations or other crimes by tracing to the license plate. Many intersections are equipped with a red light violation detection system, and the most important part of this system is intelligent number plate recognition system modules, the system record the number plate of vehicle , and then analysis which are suspicious vehicles according to Database comparison, determine illegal information, thus reducing the illegal behavior, control the status of the traffic on the road to ensure safety.Countries around the world are actively using ANPR to combat crime.On April 24, 2015,it was announced that Victoria Police to consider implementing $86 million live video ANPR system for patrol carsin November 2014, it was announced that The Royal Malaysian Police (PDRM) was to employ an Automated Number Plate Recognition(ANPR) system to identify vehicles with foreign registration plates with unsettled summonsesOn December 20, 2018, the local authority of Redbridge Announced that  £1.5m ANPR cameras installed to fight crime.Automatic number plate recognition software is proving invaluable to the Huntly police force.Within four hours of using the ANPR equipment last week, the team of eight stopped over 25 vehicles, including a car which had been stolen by knifepoint in Northland.2.anpr in parking lot management     Nowadays, more and more parking lots have improved access to ANPR to improve management efficiency. The traditional parking system cannot meet people's needs because of the high labor cost and low management efficiency. The parking lot managers are planing to update the traditional parking systems into smart parking systems      The traditional parking system can be modified by the automatic number plate recognition (anpr) technology. The ANPR camera captures the vehicle information and the image of the person clearly, so that the owner can enter and exit the parking lot without stopping. It can also monitor the running status of all online devices, realize equipment fault pre-discovery, self-repair, query various report functions in real time, and provide customers with on-site information in the form of multiple pictures, with real-time query charge amount, the system breaks through the region. Sexual restrictions have enabled remote management across the country. The parking lot charging system is charged automatically and supports the current popular mobile payment or login to a special parking app for payment. The whole process is fast and convenient.       At present, the traditional parking lot management system is prone to cause congestion during the peak hours of commuting. The traffic efficiency is extremely low because of the simple function of the system. Traditional parking lot does not have the functions of helping the owner to find a parking space, finding a car and paying a fee quickly. Manual charging also leads to capital loopholes, makes difficulty in collecting money for change, etc. it is necessary to install a separate database and front-end display for the parking lot during installation. The ANPR system adopts a fully automatic computer management mode. From the exit of the parking lot to the gate and then to the management center, all of them are maneged by the automatic control computer to make it convenient to manage. ANPR decrease the time we spend on vehicle entering the parking lot and leaving the parking lot. And it can easily realize unmanned operation at the entrance and exit, and automatically charge, which can greatly save costs. Therefore, the intelligent parking system that can meet the needs of the management and the owners has very high potential, and the future development prospect is very broad.Sorts of ANPR SYATEM    The basic hardware configuration of a license plate recognition system is composed of A ANPR camera, master controller, acquisition card and lighting device. The software is composed of an image analysis and processing software with license plate recognition function and a background management software to meet specific application requirements.License plate recognition system has two sorts of products, one is a combination of hardware and software, or the realization of hardware recognition function module, forming a full hardware license plate recognition, such as DSP. Another sort is open software and hardware system, that is, hardware adopts standard industrial products, software as embedded software. Both the two product formats have advantages as well as disadvantages. The advantage of the open system is that the hardware adopts standard industrial products, and the operation and maintenance are easy to grasp. The purchase of spare parts can be obtained from any manufacturer, and there is no need to worry about the permanent failure of products or procurement difficulties due to the failure or shortage of supply of one manufacturer. The integrated hardware and software products make it easier for users to operate and control the products. For later maintenance debugging is also easier to grasp.Anpr working process    Automatic number plate recognition is a pattern recognition technology that USES dynamic video or static images of vehicles to automatically recognize license number and license color. Its hardware base generally includes trigger equipment (monitoring whether the vehicle enters the field of vision), camera equipment, lighting equipment, image acquisition equipment, processor (such as a computer) that recognizes the license plate number, etc. Its software core includes license plate positioning algorithm, license plate character segmentation algorithm and optical character recognition algorithm. Some ANPR systems also have the ability to determine whether there is a car by using the video vehicle detection techno. A complete license plate recognition working process(as shown in figure ) should be include of vehicle detection, image acquisition, license plate recognition and other parts . When the vehicle detection part detects the arrival of a vehicle, the image acquisition unit is triggered to collect the current video image. The license plate recognition unit processes the image, locates the license plate position, then separates the characters in the license plate for recognition, and then output the license plate number.ANPR system Technical indicators    There are three indexes to evaluate a number plate recognition system: recognition rate, recognition speed and background management system. Of course, the premise is that the system should be able to operate reliably.1.ANPR Recognition rate    Whether a ANPR system is practical or not, the most important index is the recognition rate. The international traffic technology has made the special identification rate index elaboration, the request is 24 hours all-weather brand accurate identification rate above 95%.In order to test the recognition rate of a number plate recognition system, it is necessary to install the system in a practical application environment, operate 24 hours a day or more, collect license plates of at least 1000 natural traffic flows for identification, and store license plate images and recognition results for retrieval and viewing. Then, it is necessary to get the image of the actual passing vehicle and the correct result of manual identification. Then the following recognition rate can be calculated:1. The identification rate of natural traffic flow = the total number of correct identification of the full plate/the total number of actual passing vehicles2. The percentage of identifiable license plates = the total number of license plates correctly read by human/the total number of vehicles actually passed3. The correct recognition rate of all plates = the total number of license plates correctly recognized by all plates/the total number of license plates manually read. These three indicators determine the recognition rate of license plate recognition system.2.ANPR  Recognition speed    Recognition speed determines whether a license plate recognition system can meet the requirements of real - time application. A system with a high recognition rate, if it takes a few seconds or even minutes to recognize the result, will not be practical because it cannot meet the real-time requirements in practical applications. For example, speed is a powerful way to reduce travel time and avoid lane congestion in an application that USES license plate recognition to reduce travel time.The speed of identification proposed by international traffic technology is less than 1 second, the faster the better.3.ANPR Background management    The background management system of a license plate recognition system determines whether the license plate recognition system is useful. It is important to keep in mind that it is impossible to achieve a 100% recognition rate because the license plate is defaced, obscured, obscured, or the weather may be bad (snow, hail, fog, etc.). The functions of the backend management system should include:    1. Reliable storage of identification results and vehicle image data, which can protect image data from loss when the multi-function system operation makes the network error-prone, and facilitate manual investigation afterwards;    2, effective automatic alignment and query technology, the recognized license plate number with the database of thousands of license plate number automatic alignment and alarm prompt, if the license plate number is not read correctly when the use of fuzzy query technology to obtain the relative "best" comparison results;    3, a good license plate recognition system for network operation, but also need to provide real-time communication, network security, remote maintenance, dynamic data exchange, automatic database update, hardware parameter Settings, system fault diagnosis.  How to choose ANPR provider1.Attaches great importance to stability    With the improvement of product algorithm and industry technology, integration is not an important topic for a long time, but the most important point at the present stage is "stability". Stability is defined as: within a given speed range, the accuracy must be achieved without excessive error due to external environmental influences.For example, a license plate system that is more than 90 percent accurate during the day, down to 80 percent in the evening and 70 percent at night is more difficult to integrate than a license plate recognition system that is on average 70 percent accurate throughout the day. Because the user might think, now that the recognition rate of 90% during the day, the all-weather only reasonable accuracy is 90%, this specification does not include strange environment interference (torrential rain, hail, fog, sections, etc.), and set up the environment limit (, big wind shake height limit restrictions, it is not easy to artificial damage, etc.). 2.Product testing    Almost every company claims to have high recognition rate, but in order to avoid later because both sides cognitive difference of product, and to each other, the responsibility of dysfunctional users in purchasing the license plate recognition system, as well as for product testing, and test had better more than two weeks time, compare results can determine whether "exaggerated". Because of the changeable environment, two weeks should be able to grasp about 80% of the conditions that may affect the identification rate of the field. If you only measure it for a day or even a few hours, you cannot understand it.     In addition, since license plate recognition is a "system", the hardware and software architecture will certainly affect the "present results". As to what kind of software and hardware are suitable for what kind of environment, it must be different from environment to environment, because different application environments may not have the same requirements on identification rate, and this must be accumulated by experience.Although there are a variety of license plate recognition system on the market, the use of the product and structure, can save a lot of wasted money and time, but more importantly, the project and system integrators need to cooperate with and understand, rather than blindly focus on a brand is better, cheaper, nothing is cheaper.    In addition, whether the license plate recognition system can make the most use of the software technology, the camera and the field construction ability, also have a great deal to do. Users may request the manufacturer to the scene after the exploration, the paper puts forward establishing planning, the assessment should set up the first place, using an Angle, whether you need to set up auxiliary light source, etc., offer again, by these actions, in addition to assess in advance ability and users themselves can also achieve product learning and education training, management, in the future will be more clearly know the restrictions on the use of the products and the relevant measures. More info in wikipedia
How  license plate recognition system work
license plate recognition system work followAs one of the important components in the intelligent transportation system, the automatic license plate recognition technology has been widely used in urban road monitoring, highway toll collection and monitoring, community and parking lot entrance and exit management, public security security card, etc. hot spot.The license plate recognition system is equipped with digital camera equipment and computer information management system and other software and hardware platforms. Through the collection of vehicle images, advanced image processing is adopted. Pattern recognition and artificial intelligence technology find the position of the license plate in the image, extract all the character images that make up the license plate number, identify the characters, letters and numbers in the license plate, and finally give the real number of the license plate.The license plate recognition is the process of sequentially realizing the license plate location, license plate character segmentation and license plate character recognition algorithm of the car image. The license plate location is to extract the license plate image from the image containing the car and the background, the input is the original car image, and the output is the license plate image.The character segmentation of the license plate is to divide the characters from the license plate image by preprocessing, geometric correction, etc. of the license plate image, and divide it into individual characters. The input is the license plate image obtained after the license plate is positioned, and the output is preprocessed and geometric. A set of individual character images obtained after correction, and the dot matrix data of each character is obtained. Character recognition is to extract character feature data from a single character dot matrix data in turn, and give a recognition result.by:Shenzhen TGW Technology Co.,Ltd
License plate recognition company
https://img.yfisher.com/1612262858nyh.mp4 license plate recognition company Shenzhen TGW Technology Co., Ltd is the leading license plate recognition company for vehicle intelligent parking system and license plate recognition system 抱歉,您的浏览器不支持播放嵌入式视频。 Every company will have different departments. Generally, a self-operated company has a promotion department, and this department will have its own operating team. The main responsibility of this promotion department is to promote your company's various products, attract consumers or companies that have the opportunity to cooperate, and assist the business department to achieve a single business. Therefore, for start-ups, this promotion department is more important. The company that has just started is in the absence of various resources without reputation, customers, and channels, so promotion becomes even more important. What does an experienced company operations team do? Then I will give an example, such as Foshan license plate recognition company, their operation team mainly has three major strategies. license plate recognition company operating strategy 1: network promotion People with experience know that the Internet is the easiest place to publicize in society at the same time. At the same time, this is also the place where the competition is the most fierce. Each search platform is a must for all manufacturers. The network platform is particularly important, as long as it takes the first place, it can "dominate the world." Therefore, a newly opened license plate recognition company must have a place on the network platform. license plate recognition company operating strategy 2: Online activities for offline registration It can be said that it is available to people from all over the world on the online platform. For Foshan license plate recognition company, the most unfortunate thing is not that the user wants to buy but cannot complete the transaction because of various geographical reasons; Users, but customers do not know that there is a local license plate recognition company and go online to buy other license plate recognition company products, which is the most pity for a company. Therefore, the experienced operation team often organizes some small activities for online registration and offline participation to let local residents know the “existence” of the company and reduce the loss of orders. license plate recognition company operating strategy 3: coordinate and handle the relationship between old users Most of the performance of many companies is contributed to by old customers. Someone once investigated a company's performance report for one month and found that more than 70% of the performance was contributed by old customers and only 20% to 30% of new customers. This survey The report made major companies think deeply, so experienced operating teams will handle the relationship with old customers. The above are the three major strategies of the Foshan license plate recognition company operation team. I hope it will help some companies that are just starting out. How many college students come out for internships or work every year? There should be millions of them! There are as many junior and senior year internships as there are freshmen entering each year. These are balanced. But in today's society, how can it accommodate so many people for internship work, even if it can accommodate so many college students, will they be proud and accept all kinds of hard and unpleasant jobs? This is simply impossible for them. College students can try to start their own businesses and run a license plate recognition company.
Alpr software
Alpr softwareby:Shenzhen TGW Technology Co.,LtdWith the rapid development of society and the economy, cars are playing an important role in people's work, production and life. The overall number of cars is increasing rapidly, transportation has become more and more difficult to be managed, traffic problems have also emerged. what is more, these problems are becoming More and more complicated.With the emergence of Alpr software, roads, vehicles, and users were closely unified. Alpr software played an all-round role in society and was a real-time, accurate, and efficient car management system. The most important thing about Alpr software is the license plate recognition algorithm. The identification algorithm is a technology with the highest gold content in the entire system, and its research and development costs also occupy the bulk of the entire product research and development costs. The research and development team spends the most effort and time on the algorithm.Alpr Software function 1: grayscale imageWith the development of science and technology, a variety of color photos and color technologies have become widespread, but these color images contain a lot of irrelevant information. For the recognition algorithm, the color image will cause a lot of interference, so the algorithm needs to gray it.Alpr Software function 2: Image preprocessing(1) Edge detectionImage edges are the basis for image segmentation, target area recognition, and area shape extraction. They also play a very important role in extracting license plate locations, so edge detection is very necessary.(2) Image corrosionImage erosion can erode the edge image. After the erosion, an image of the target area can be obtained, which greatly reduces the target range and improves the accuracy of the license plate recognition algorithm.(3) Fill the imageFilling an image is a closed operation on the image, used to smooth the outline of the image, and used to fill tiny holes, cracks, broken targets, etc. in the target.(4) Morphological filteringFinally, morphological filtering is used to remove a large number of irrelevant small objects, and the rest are the targets that need to be identified.Alpr software function 3: License plate positioningAfter the pre-processed images, the rest are rectangular pictures of different sizes. You only need to find the rectangular figure of the license plate in these graphics to implement the next step. By some calculations, the position of the license plate can be found out, and the content of the rectangle can be extracted.Alpr software function 4: Character segmentationCalculate the sum of each column by column from left to right through the binary image, distinguish it by using 1 and 0, and finally split each character out.Alpr software function 5: Character recognitionAfter the characters are segmented, how does the algorithm need to recognize each character? First, establish a recognition sample database, read the segmented and normalized characters, match the cut characters with the template library, and finally get all the data of the segmented characters.Alpr software works like this.For more info,please click here to wikipedia.
License plate recognition principle
License plate recognition working principle by:Shenzhen TGW Technology Co.,LtdThe license plate recognition technology is based on the image segmentation, image recognition theory .The technology is used to analyzes images containing a number plate to determine the position of the license plate and further extracts and recognizes the text characters. A typical license plate recognition process includes image acquisition, image pre-processing, license plate positioning, character segmentation, character recognition, and result output. Per process is complementary to each other. All process must ensure its high efficiency and high anti-interference ability. Only in this way can the identification processing achieve a satisfactory result. There are two main ways to implement the license plate recognition system, one still images recognition, and the other is dynamic video stream recognition. Image recognition is limited by factors such as image quality, license plate defacement, and license plate tilt. Dynamic video stream recognition requires faster recognition speed, which is limited by the performance indicators of the processor, especially when we want to realize real-time license plate recognition on mobile terminals,it requires more performance optimization. Although the license plate recognition includes six major processes, the core algorithm is only located in three modules: license plate positioning, character segmentation, and character recognition. License plate positioning The main task of license plate positioning is to find the area of license plate from the still picture or video frame and separate the license plate from the image for subsequent processing module processing. License plate positioning is one of the important factors that affects system performance. At present, there are many ways to locate license plates, but in general, they can be divided into two methods: First, the method based on graphic imaging. There are mainly (1) color-based localization methods, such as color edge algorithm, color distance and similarity algorithm, etc .; (2) texture-based localization methods, such as wavelet texture, horizontal gradient differential texture, etc .; (3) edge detection-based Positioning method; (4) Positioning method based on mathematical form. The positioning method based on graphics and image technology is susceptible to interference caused by external interference information and causes positioning failure. For example, in the color analysis-based positioning method, if the background color of the license plate is similar to the color of the license plate, it is difficult to extract the license plate from the background. In the method based on edge detection, the stain on the edge of the license plate can easily cause the positioning failure. The interference of external interference information will also deceive the positioning algorithm, causing the positioning algorithm to generate too many non-license plate candidate regions, which increases the system load. Second, the method based on machine learning. Machine learning-based methods include feature engineering-based positioning methods and neural network-based positioning methods. For example, we can train a license plate positioning system through a cascaded classifier based on haar features provided by OpenCV. But this method is very time-consuming to train, and the efficiency of classification and positioning is also low. Therefore, in the area of target localization, neural network-based methods are the mainstream methods. In neural network-based localization methods, convolutional neural networks are mainly used to learn target features. Because the convolutional neural network has translation invariance, it can be supplemented with candidate regions in the learning process and classify the candidate regions. The candidate region that is correctly classified is the location of the target. There are many implementation models for such methods, such as RCNN, faster RCNN, SSD, and so on. Character segmentation The task of character segmentation is to cut each character in a multi-column or multi-line character image from the entire image into a single character image. Traditional character segmentation algorithms can be summarized into the following two categories: direct segmentation methods, segmentation methods based on image morphology. The direct segmentation method is simple, based on some prior knowledge, such as the distribution of license plate characters, and also assists some basic projection algorithms to achieve segmentation; the morphology-based segmentation method uses edge detection, expansion and corrosion to determine the character image position. Traditional character segmentation algorithms are also sensitive to external disturbances, such as license plate inclination, character fouling, and adhesion. The correct segmentation of the license plate characters is very important for character recognition. Only when the segmentation is correct can the recognition accuracy be guaranteed. With the continuous development of neural network theory, end-to-end picture classification and recognition technology have also made great breakthroughs, so many OCR software gradually get rid of the traditional character segmentation processing, and multi-characters are directly recognized by the recognition network. Character recognition Character recognition is the process of extracting character encoding from a picture containing one or more characters. The typical method of character recognition is the method of picture classification based on machine learning. In the picture classification method, one picture can only output one classification, that is, one picture can only contain one character image. This requires a high accuracy of character segmentation. Another recognition method is the end-to-end character recognition method based on a recurrent neural network. This method inputs the entire license plate image into the network, and the neural network will directly output all characters. The end-to-end method directly removes the character segmentation process and avoids the loss of stability caused by the character segmentation error, but the end-to-end method is also sensitive to other disturbances such as license plate tilt. we briefly discussed some technologies of the three core part of the license plate recognition system above. In the follow-up, we will make a detailed discussion of some mainstream technologies.
Working principle and application scenario of license plate recognition system
by:Shenzhen TGW Technology Co.,Ltd Working principle and application scenario of license plate recognition system The license plate recognition system is an application of computer video image recognition technology in vehicle license plate recognition. License plate recognition is widely used in highway vehicle management and electronic toll collection systems. It is also the main means of identifying vehicle identity in combination with DSRC technology. The license plate recognition technology requires that a license plate in motion can be extracted and recognized from a complex background, and vehicle license plate recognition, image pre-processing, feature extraction, license plate character recognition and other technologies should be used to identify vehicle license plate and color information. In parking lot management, license plate recognition technology is also the main method to identify the identity of a vehicle. License plate recognition technology combined with electronic non-parking toll system (ETC) to identify vehicles, allowing vehicles to pass through the crossing without having to stop to realize automatic identification and charging of vehicles. In the management of the parking lot, in order to improve the efficiency of vehicle traffic at the entrance and exit, the license plate recognition aims at vehicles that do not charge parking fees (such as monthly trucks and free internal vehicles), and establish unmanned fast lanes to avoid the need for cards and parking. Change the management mode of access to parking lots. Working principle of license plate recognition parking system Nowadays, with the gradual expansion of urban vehicle crowds, many road junctions or parking lots have adopted intelligent license plate recognition technology, and the most prominent performance is that they are used in parking lots. Now many communities, commercial squares, shopping centers, airports, etc Each major parking lot has been transformed, from the traditional card parking system to the smart license plate recognition parking system. Then, what are the principles and applications of license plate recognition in the parking system? Let ’s take a look together. First, the working principle of license plate recognition in the parking lot system 1. Vehicle viewing: Various methods such as buried coil viewing, infrared viewing, radar viewing technology, and barrier gate video viewing can be used to sense the passing of the vehicle and trigger image collection and capture. 2. Image collection: Real-time, uninterrupted recording, and collection of passing vehicles through high-definition camera capture host. 3. Preprocessing: Noise filtering, auto white balance, auto exposure and gamma correction, edge enhancement, contrast adjustment, etc. 4. License plate positioning: Force scanning is performed on the gray images in the future through image preprocessing to determine the license plate area. 5. Character cutting: After locating the license plate area in the image, through graying barriers, binarization, etc., the bit character area is accurately determined, and then character cutting is performed according to the character scale characteristics. 6. Character recognition: Scaling and feature extraction of the cut characters, matching with the standard character expression form in the character database template. 7. Effect output: Output the effect of license plate recognition in text format. Detailed working principle of license plate recognition parking system Two, four major applications of license plate recognition 1, Parking lot and community entrance The application of parking plate and community entrance and exit license plate recognition technology is mainly used to record the vehicle license plate number, license plate color, and time of entry and exit, and to complete the automatic processing of the vehicle in order to save manpower and forward power; for example, it can be used to distinguish between entering vehicles in smart communities. Is it due to the community, the automatic timing of toll gates for the completion of non-internal vehicles? In some units, this application can also be linked with the vehicle dispatching system to automatically and objectively record the vehicle out of the unit. It is very difficult to manually record the license plate number and parking time of the traveling vehicle by the parking lot and the entrance and exit of the community. Not only errors will occur, but also a lot of manpower needs to be invested. A small license plate recognition device can handle many questions at the entrance and exit of the parking lot. The license plate is blocked, the paint is cracked, and the blur can be analyzed and identified, which saves a lot of trouble for the staff at the parking lot and the entrance. 2, Expressway Toll Station Nowadays, China's highways are being built for thousands of miles, and the highways are unobstructed. Each exit is provided with a toll station, which facilitates toll collection on the one hand and helps traffic police to standardize the traffic on the highway. The application of the license plate recognition technology at the entrances and exits of highway toll stations can greatly facilitate traffic police to identify the license plate information of illegally trekking vehicles and to effectively handle and arrest some illegal vehicles. The toll gate is generally located in an open-air environment, coupled with some vehicles traveling fast, so the requirements for license plate recognition technology are very high. Traditional license plate recognition is about 160P pixel license plate recognition. Useful image planning is small, the license plate miss rate is high, and it cannot meet the needs of the toll station bayonet. Now the application of high-definition license plate recognition has dealt with the question of the low license plate recognition rate, thus providing a reliable basis for the law of public security and traffic police. The license plate recognition system is installed at the entrance and exit of the toll booth. When a vehicle enters, the system recognizes the license plate of the vehicle and sends the recognized license plate information to the designated base processing server. By comparing it with the theft of the suspected vehicle in the database, It can be judged whether the road gate vehicles entering or exiting the toll gate of the expressway are stealing suspicious vehicles, which can greatly avoid the occurrence of illegal and illegal incidents and see the information about the work supply that has occurred. 3. Application in highway bayonet With the increase in the number of roads created by our country and the overall improvement of people's living standards, the number of people who buy cars now continues to increase, posing various illegal questions to the highway. As a necessary basis for illegal vehicle punishment, the license plate recognition technology can automatically check and identify the vehicle number plate in the video. The most typical one is the security checkpoint system. This system assumes that without the license plate recognition technology, there is no real intelligence Into. A complete security bayonet processing system should have three primary functions of automatic license plate recognition, bayonet application system and base processing channel. The license plate recognition is the most important part in the meantime. The quality of the license plate recognition directly affects the overall function of the bayonet system, and the recognition speed is its most important technical indicator. The recognition speed is fast, the system requirements occupy fewer system resources, the possibility of manual intervention is small, and the work burden of the system network is correspondingly reduced. The recognition of the license plate is fast and accurate. The license plate recognition system is intelligent and useful to complete the automatic comparison alarm to avoid many false alarms. It can provide powerful and reliable crack detection information for anti-theft vehicles, deck vehicles illegally grabbed vehicles and other illegal crime detection. Detailed working principle of license plate recognition parking system 4. Application in urban transportation In recent years, with the rapid development of society and the economy, the rapid increase in the number of motor vehicle barriers, road transportation has become more and busier. The hostility of traffic handling status and needs has further intensified, and criminal and public security cases related to traffic have also increased year by year. Under this circumstance, how to use preemptive technology to strengthen the police's investigation and control of motor vehicles and drivers in the city, and to provide technology for impacting various illegal and illegal acts is a question that the police's traffic processing department needs to deal with urgently. Nowadays, the license plate recognition parking lot system is currently considered to be a set of parking lot management systems that are more convenient to manage and vehicles pass quickly. Because of its advantages such as high recognition rate and fast traffic, it has been favored by many users. However, in order to better manage the parking lot and the problem of parking difficulties, the parking lot system is constantly upgraded and the functions are constantly increasing. Of course, the license plate recognition technology must not fall behind. The license plate recognition system will definitely bring a lot of convenience to the management of the parking lot system. We are a License plate recognition company which specialize in ALPR system,(License plate recognition), we offer ALPR solution all around the world.Click the linksbellow to learn more about our products! ALPR software, ALPR camera, ALPR hardware, license plate recognition system, LPR camera You can also learn more about ALPR at Wikipedia
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Shenzhen Tiger Wong Technology Co., Ltd is the leading access control solution provider for vehicle intelligent parking system, license plate recognition system, pedestrian access control turnstile, face recognition terminals and LPR parking solutions.
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