High Resolution Visible Light Capable Automatic Number Plate Recognition Internationalisation (HR-VL)

这个HD ANPR国际化项目将开发独特的计算机视觉和数字IP摄像头控制算法，以及创新的硬件设计，将总部设在英国的ANPR方法带入新的国际市场。对于目前的ANPR供应商来说，国际化存在许多主要障碍，导致远远低于市场要求的&gt；95%的读取准确率。我们的目的是开发技术，以提供：·4K IP摄像机解决方案，以提供&gt；在车辆号牌、格式和位置不像英国那样受到良好监管的地区，以及还需要识别图案的地区，例如省/车辆类别/货物识别符，常规准确率为95%。·系统优先在可见光下运行，并在可见光不可用时采用新颖的LED波束整形红外照明。·覆盖复杂的车道配置，使用较少的摄像头，使双向交通能够由一个摄像头监控，特别是在仅要求后车牌的地区。·HD ANPR系统规范(“烹饪手册”)和配置工具，允许4Sight批准的区域集成商从现成的产品轻松集成系统，通过能够使用最新IP摄像机技术的独特高清ANPR软件实现。·CCTV安装者(即非ANPR专家)可以轻松安装。主要好处是：·使第三方供应商能够创建和部署一系列新的高精度监控产品和服务，例如自动停车场支付、危险材料堆叠和位置识别。·降低部署和维护成本。该项目的关键交付成果是通过一系列原型对新的计算机视觉和IP摄像机控制算法进行评估，这些原型展示了通过区域集成商进行远程产品集成和安装的可行性，并实现了必要的市场领先性能。

This HD ANPR internationalisation project will develop unique computer vision and digitalIP camera control algorithms together with innovative hardware design to take a UK-basedapproach to ANPR into new international markets. There are a number of major barriers tointernationalisation for current ANPR suppliers, resulting in considerably less than the >95%read accuracy required by the market.Our intention is to develop the technology to provide:• A 4K IP camera solution to give >95% routine accuracy in regions where number plateforms, formats and location on vehicles are not as well regulated as they are in the UK andwhere motif recognition is also required e.g. province/vehicle class/cargo identifiers.• A system operating preferentially in visible light and employing novel LED Beam ShapingIR illumination when visible light is not available.• Coverage of complex lane configurations with fewer cameras enabling bidirectional trafficto be monitored by one camera, particularly in regions where only rear plates are mandatory.• An HD ANPR System specification ("cook-book") and configuration tools to allow easysystem integration from off-the-shelf products by 4Sight-approved region integrators, madepossible by unique HD ANPR software capable of using the latest IP camera technology.• Easy installation by CCTV installers i.e. non ANPR experts.The key benefits are:• Enable a new range of high accuracy surveillance products and services to be created anddeployed by third party vendors e.g. automated car park payment, hazardous materialstracking and location identification.• Reduce the cost of deployment and maintenance.The key deliverable of this Project is the evaluation of the new set of computer vision and IPcamera control algorithms through a series of prototypes that demonstrate the feasibility ofremote product integration and installation via regional integrators and which achieve therequired market leading performance.