大型自动识别系统

  • MegaMatcher ABIS

MEGAMATCHER AUTOMATED BIOMETRIC IDENTIFICATION SYSTEM
TURNKEY MULTI-BIOMETRIC SOLUTION FOR NATIONAL-SCALE IDENTIFICATION PROJECTS
MegaMatcher Automated Biometric Identification System is a complete system for the deployment of large-scale multi-biometric projects. The modular and customizable solution provides services for high-performance, scalable systems with multiple parallel transactions.
The solution is intended for national-scale projects, like biometric voter registration with records deduplication, passport issuingborder control, as well as other civil or criminal AFIS/ABIS.

MEGAMATCHER自动生物识别系统
国家级项目的统包多生物识别解决方案
MegaMatcher自动生物识别系统是一个用于大规模多生物识别项目部署的完整系统。这个模块化可定制解决方案特别适用于为具有多个并行处理的高性能、可扩展系统服务.
该解决方案适用于国家级项目,如生物识别选民登记查重系统,护照签发系统边境管制系统以及其他民事或刑事AFIS/ABIS系统。

FEATURES AND CAPABILITIES

  • Multiple complex biometric transactions processing with high speed and accuracy.
  • Technology proven in national-scale projects, like passport issuance and voter deduplication.
  • Fingerprint, face and iris modalities supported.
  • NIST MINEX-compliant fingerprint engine, NIST IREX proven iris engine.
  • Scalable, modular architecture with possible customization for project needs.
  • Cloud service available for making the system accessible from multiple platforms and locations.
  • High availability and fault tolerance.
  • Interoperability with other systems.
  • Support for ANSI and ISO biometric template standards, ICAO requirements.

产品特点和功能

  • 多种复杂的生物特征处理,速度快,精度高。
  • 技术在国家规模项目中得到验证比如护照的发放和选民的查复。
  • 支持指纹、面部和虹膜识别等多模态技术。
  • 符合NIST MINEX标准指纹引擎,NIST IREX虹膜识别引擎。
  • 可扩展、模块化体系结构对项目需求进行定制。
  • 云服务可用于从多个平台和位置访问系统。
  • 高可用性和容错性。
  • 与其他系统的互操作性。
  • 支持ANSI和ISO生物识别模板标准,满足国际民航组织的要求。

MegaMatcher Automated Biometric Identification System (ABIS) is available as on-premise solution and as cloud service:

  • MegaMatcher ABIS 11.0 on-premise solution is designed as a complete system with all necessary components for deploying a large-scale biometric system. The solution includes ready-to-use services and applications for running on regular hardware.
  • MegaMatcher ABIS 11.0 cloud service is designed to make the system more accessible from multiple platforms and locations. The secure integrated cloud service provides functionality for enhancing its use as a solution for large and national-scale projects. The cloud service is available at the MegaMatcher.online website.

MegaMatcher ABIS 11.0 on-premise solution provides these capabilities for large-scale biometric identification systems:

  • High performance. MegaMatcher Automated Biometric Identification System is designed for fast processing of multiple biometric transactions with high accuracy and reliability. The Management Service distributes external requests between the corresponding services. The Image Processing Service performs parallel biometric template extraction from multiple images. The Matching Service can store biometric and demographic information for unlimited number of persons as well as perform fast search in the whole database.
  • Fingerprint, face and iris modalities support. The system can accept fingerprint, face and iris images for creating biometric templates and searching against the database. Each template can contain multiple fingerprints, irises or faces. Proprietary fused matching algorithm provides high matching accuracy.
  • Biometric adjudication. MegaMatcher ABIS can determine questionable biometric matching results like suspicious duplicate(s) or non-matching templates and forward them to human experts for manual adjudication. A specialized visual tool is provided to human experts to facilitate decision making.
  • Interoperability with other systems. Web-services are provided for communication with third party biometric systems to ensure all aspects of required biometric services as biometric data storing, update, identification, verification and submission of matching results.
  • High availability and fault tolerance. MegaMatcher ABIS architecture allows to reach high system reliability and better performance by running instances of some or all components in parallel. If an instance of a component becomes unavailable, the other instances of the component can still accept incoming requests and perform corresponding operations. All communications are designed as atomic transactions, thus in case of failure no information is lost or corrupted.
  • Customization for project needs. Most components of MegaMatcher ABIS can be customized for specific project needs and restrictions. The customization may range from user interface translation into required language to modifying the system architecture.
  • Accuracy. MegaMatcher ABIS is based on award-winning biometric technologies. In 2018 NIST has judged that Neurotechnology's fingerprint algorithms are the most accurate high speed fingerprint recognition systems among all MINEX III participants. In the same year the iris recognition algorithm have been proven by NIST as the second most accurate, and the accelerated version of the algorithm provided the fastest matching than any other matcher in the IREX IX evaluation.
  • Biometric standards support. MegaMatcher ABIS 11.0 allows the use of ANSI/NIST-ITL-1, ISO/IEC 19794-2, ISO/IEC 19794-5 and ISO/IEC 19794-6 biometric template standards. Face images checking for compliancy with ICAO requirements is also available.

MegaMatcher自动生物识别系统(ABIS)可作为内部解决方案(私有云)和云服务(公共云):

  • 超级匹配ABIS 11.0 私有云方案是一个完整的系统,拥有部署大规模生物识别系统所必需的所有组件。解决方案包括可供使用上运行的服务和应用程序常规硬件.
  • 超级匹配ABIS 11.0 云服务旨在使系统从多个平台和位置更容易访问。这个安全集成云服务为增强其作为大型和全国性项目解决方案的使用提供了功能。详情可参阅MegaMatcher在线网站.

MegaMatcher ABIS 11.0的私有云解决方案提供了以下功能的大规模生物识别系统:

  • 高性能。MegaMatcher自动生物识别系统是为快速处理多个生物特征事务而设计的,具有较高的准确性和可靠性。ManagementService在相应的服务之间分发外部请求。图像处理服务从多幅图像中执行并行生物特征模板提取。匹配服务可以为无限数量的人存储生物特征和人口统计信息,并在整个数据库中执行快速搜索。
  • 指纹,面部和虹膜模式支持。该系统可以接受指纹、人脸和虹膜图像,建立生物识别模板,并对数据库进行检索。每个模板可以包含多个指纹、虹膜或人脸。专有的融合匹配算法提供了高的匹配精度。
  • 生物识别判定。MegaMatcher ABIS可以确定可疑的生物特征匹配结果,如可疑的复制模板或非匹配模板,并将其转交给人类专家进行人工判断。一个专门的视觉工具提供给人类专家,以便于决策。
  • 与其他系统的互操作性。提供网络服务,以便与第三方生物识别系统通信,以确保所需生物特征服务的所有方面,如生物特征数据存储、更新、识别、核实和提交匹配结果。
  • 高可用性和容错性。MegaMatcher ABIS体系结构允许通过并行运行部分或所有组件的实例来达到较高的系统可靠性和更好的性能。如果组件的实例不可用,组件的其他实例仍然可以接受传入的请求并执行相应的操作。所有通信都设计为原子事务,因此在失败时不会丢失或损坏任何信息。
  • 为项目需求定制。MegaMatcher ABIS的大多数组件可以根据特定的项目需求和限制进行定制。定制可以从用户界面转换到所需的语言,到修改系统架构。
  • 准确性。MegaMatcher ABIS是基于获奖生物识别技术。2018年NIST判定我们的指纹算法是所有MINEX III参与者中最精确的高速指纹识别系统。同年,NIST证明了虹膜识别算法是第二最精确的算法,该算法的加速版在IREXIX评估中提供了比任何其他匹配器更快的匹配。
  • 生物识别标准支持。MegaMatcher ABIS 11.0允许使用ANSI/NIST-ITL-1、ISO/IEC 19794-2、ISO/IEC 19794-5和ISO/IEC 19794-6生物识别模板标准.人脸图像检查是否符合民航组织的要求也是可用的。

 

 

  • MegaMatcher SDK

MEGAMATCHER SDK
LARGE-SCALE AFIS AND MULTI-BIOMETRIC IDENTIFICATION
MegaMatcher is designed for large-scale AFIS and multi-biometric systems developers. The technology ensures high reliability and speed of biometric identification even when using large databases.
Available as a software development kit that allows development of large-scale single- or multi-biometric fingerprint, iris, face, voice or palm print identification products for Microsoft Windows, Linux, Mac OS X, iOS and Android platforms.

MEGAMATCHER SDK
大规模AFIS与多模态生物特征识别
MegaMatcher是为大型AFIS和多模态生物识别系统开发人员设计的.即使在使用大型数据库时,该技术也保证了生物特征识别的高可靠性和快速性。
作为一个软件开发工具包,允许开发大规模的单一或多生物特征指纹、虹膜、面部、声音或掌纹识别产品,适用于Microsoft Windows、Linux、MacOSX、iOS和Android平台。

 

FEATURES AND CAPABILITIES

  • Proven in national-scale projects, including passport issuance and voter deduplication.
  • NIST MINEX-compliant fingerprint engine, NIST IREX proven iris engine.
  • Turnkey multi-biometric solution for national-scale identification projects with MegaMatcher ABIS.
  • High performance matching for large-scale systems with MegaMatcher Accelerator.
  • Fingerprints, irises and faces can be matched on smart cards using MegaMatcher On Card.
  • Includes fingerprint, iris, face, voice and palm print modalities.
  • Rolled, flat and latent fingerprint matching.
  • BioAPI 2.0 and other ANSI and ISO biometric standards support.
  • ICAO requirements compliancy check for face images.
  • Effective price/performance ratio, flexible licensing and free customer support.

产品特点和功能

  • 在国家级项目中得到验证,包括护照发放和选民查重等项目。
  • 符合NIST MINEX标准指纹引擎,NIST IREX虹膜识别引擎。
  • 国家级自动识别项目的统包多生物识别解决方案最佳选择.
  • 大型系统的高性能匹配MegaMatcher加速器.
  • 指纹、虹膜和脸可以在智能卡上匹配,可使用我们的卡上MegaMatcher产品.
  • 包括指纹,虹膜,面部,声音和掌纹模式。
  • 可处理滚动采集指纹、按捺指纹,以及残留指纹匹配。
  • 支持BioAPI2.0和其他ANSI和ISO生物识别标准。
  • 符合民航组织面部图像检测标准。
  • 很高的价格/性能比,灵活的许可和免费的客户支持。

 

MegaMatcher technology for large-scale Automated Biometric Identification Systems was introduced in 2005. Since that time the technology has been constantly improved with more than 10 major and minor versions released to date.
MegaMatcher technology is available as multiplatform SDK, which includes fingerprintfacialspeakeriris and palm print recognition engines along with a fused algorithm for fast and reliable identification in large-scale systems. The biometric software engines are based on deep neural networks and contain many proprietary algorithmic solutions that are especially useful for large-scale identification problems. Some of these solutions are listed in the fingerprint, face, voice and iris biometric identification engine descriptions below.

大型生物识别自动化系统的MegaMatcher技术于2005年推出以来,技术一直在不断改进,迄今已发布了10多个主要和次要版本。
MegaMatcher技术可作为多平台使用。SDK,其中包括指纹,、面部、 语音、 虹膜、掌纹在大规模系统中,识别引擎和一种用于快速、可靠识别的融合算法。生物识别软件引擎基于深度神经网络,包含许多专有的算法解决方案,特别适用于大规模识别问题。其中一些解决方案列于以下指纹、面部、声音和虹膜生物特征识别引擎描述中

 

 

  • MegaMatcher Accelerator

MEGAMATCHER ACCELERATOR
SOLUTION FOR LARGE-SCALE AFIS OR MULTI-BIOMETRIC SYSTEMS
MegaMatcher Accelerator is a hardware/software solution that provides high speed, high volume biometric identification for national-scale projects.
The Extreme and Extended versions are designed to run on server hardware and perform fast biometric template matching on the server-side of a large-scale AFIS or multi-modal system. The Standard version and Development Edition are intended to be run on a common PC. MegaMatcher Accelerator software licenses are available for new and existing MegaMatcher Extended SDK customers.

MEGAMATCHER加速器
针对大型AFIS或多模态生物识别系统的解决方案
MegaMatcher加速器是一种硬件/软件解决方案,为国家规模的项目提供高速、高容量的生物特征识别。
这个极端扩展版本被设计为运行在服务器硬件并在大型AFIS或多模式系统的服务器端执行快速生物识别模板匹配。这个标准版本和开发版可在普通PC机上运行。MegaMatcher加速器软件许可将提供给新的和现有的MegaMatcher扩展版SDK客户。

 

FEATURES AND CAPABILITIES

  • Proven in national-scale projects, including voter registration and national ID.
  • Available as a ready-to-use biometric solution with server hardware
    or as biometric software that will run on server hardware or a common PC.
  • Up to 1,200,000,000 fingerprints or 1,200,000,000 faces or 700,000,000 irises per second matching speed on a single unit.
  • Fingerprint, iris, face and voice modalities supported.
  • Scalable cluster architecture.
  • Support for ISO & ANSI fingerprint template standards.
  • Suitable for duplicates search.

产品特点和功能

  • 在国家项目中得到验证,包括选民登记和国民身份证系统。
  • 可提供包括服务器硬件的即买即用生物识别解决方案,或者只是在服务器硬件或普通PC上运行的生物识别软件。
  • 在一个硬件上,每秒匹配速度即可高达12亿枚指纹、12亿张人脸或7亿个虹膜。
  • 支持指纹,虹膜,面部和声音四种识别模式。
  • 可扩展的簇体系结构。
  • 支持ISOANSI指纹模板标准。
  • 适合查重搜索。

 

MegaMatcher Accelerator is availalble in these editions:

MegaMatcher Accelerator software provides these capabilities for biometric identification:

  • Fast matching. A single MegaMatcher Accelerator 11.0 Extreme unit can match up to 1.2 billionfingerprints per second or up to 700 million irises per second or up to 1.2 billion faces per second in 1-to-many mode using the Neurotechnology proprietary biometric template format. A single MegaMatcher Accelerator 11.0 Extended unit can match up to 100 million fingerprints per second or up to 200 million irises per second or up to 100 million faces per second in 1-to-many mode. A PC with MegaMatcher Accelerator 11.0 Standard software can match up to 35 million fingerprints per second or up to 70 million irises per second or up to 35 millionfaces per second in 1-to-many mode.
  • Multiple modalities support. MegaMatcher Accelerator 11.0 can be used within a biometric system that contains templates with any number of fingerprint, iris, face and/or voiceprint records.
  • Full database search. The biometric engines included in MegaMatcher Accelerator do not perform internal database indexing or pre-classification (by fingerprint type, eye color etc) thus avoiding false rejections when incorrect classifiers appear. This way the whole database is scanned comprehensively during every matching request and very low false rejection ensured. On the other hand, integrators may use non-biometric classifiers like gender or a country's region to optimize system size.
  • Optimal system size. A system based on the MegaMatcher Accelerator 11.0 solution can be configured to perform fast candidate selection using irises and/or faces and/or several fingerprints, and then use other biometric modalities to validate selection results. This approach allows the system to reach optimal matching speed and reliability while keeping the overall system cost within the defined limits.
  • ISO & ANSI standards support. MegaMatcher Accelerator allows the use of ANSI and ISO biometric standards for fingerprint templates.
  • Scalable architecture. Multiple MegaMatcher Accelerator units can be combined together in a cluster for higher matching speed. For example, a cluster of 4 MegaMatcher Accelerator 11.0 Extended units would enable matching at a rate of about 108 million templates per second (when a template contains 4 fingerprint records), a cluster of 10 units – about 270 million templates per second, and so on. No additional cluster software is required, as MegaMatcher Accelerator includes all the necessary software which is easily managed through a web interface.
  • Suitable for duplicates search. Searching for duplicates in a biometric template database is a task that requires many computations, as each biometric template needs to be verified with every other template in the database. MegaMatcher Accelerator provides enough speed to complete duplicate searching in a reasonable time. Scalable architecture allows the combination of several MegaMatcher Accelerator units for tasks involving larger databases.

MegaMatcher加速器可提供下列版本:

MegaMatcher加速器软件提供以下生物识别性能:

  • 快速匹配。一个超级匹配加速器11.0极限单位可以匹配多达12亿指纹每秒或至多每秒7亿虹膜每秒或至多每秒12亿脸每秒1对多模式使用神经技术专有生物特征模板格式.单个MegaMatcher加速器11.0扩展单元可匹配多达1亿指纹每秒或至多每秒2亿虹膜每秒或至多每秒1亿脸每秒1对多模式。配有MegaMatcher加速器11.0标准软件的PC机可与之匹配3500万指纹每秒或至多每秒7000万虹膜每秒或至多每秒3500万脸每秒1对多模式。
  • 多模式支持。MegaMatcher加速器11.0可用于生物识别系统,其中包含有任意数量的指纹、虹膜、面部和/或声纹记录的模板。
  • 全数据库搜索MegaMatcher加速器中包含的生物识别引擎不执行内部数据库索引或预分类(通过指纹类型、眼睛颜色等),从而避免了错误分类器出现时的错误拒绝。这样,在每次匹配请求时,对整个数据库进行了全面的扫描,保证了极低的误拒绝率。另一方面,集成商可能使用非生物特征分类器,如性别或一个国家的地区,以优化系统的规模。
  • 最佳系统规模基于MegaMatcher加速器11.0解决方案的系统可以配置为使用虹膜和/或人脸和/或几个指纹执行快速候选选择,然后使用其他生物识别模式验证选择结果。该方法使系统达到最优匹配速度和可靠性,同时使系统总成本保持在规定的范围内。
  • ISOANSI标准支持。MegaMatcher加速器允许使用ANSI和ISO生物识别标准作为指纹模板。
  • 可扩展架构多个MegaMatcher加速器单元可以合并在一个为了更高的匹配速度。例如,一个由4个MegaMatcher加速器11.0扩展单元组成的集群将能够以每秒1.08亿个模板(当模板包含4个指纹记录)、10个单元(每秒约2.7亿个模板)的速度进行匹配,等等。不需要额外的集群软件,因为MegaMatcher加速器包括所有必要的软件,这些软件很容易通过Web接口管理。
  • 适合查重搜索。在生物识别模板数据库中搜索副本是一项需要多次计算的任务,因为每个生物识别模板都需要与数据库中的每个其他模板进行验证。MegaMatcher加速器提供足够的速度在合理的时间内完成重复搜索。可伸缩架构允许将多个MegaMatcher加速器单元组合用于涉及较大数据库的任务

 

 

  • MegaMatcher On Card SDK

MEGAMATCHER ON CARD SDK
SMART CARD MULTI-BIOMETRICS
MegaMatcher On Card SDK offers matching-on-card technology that stores a person's fingerprint, iris and face templates on a smart card and performs template matching in a microprocessor embedded in the card, instead of matching biometric information on a PC processor.
The match-on-card method ensures that personal biometric information does not transfer to an external computer as it would in a more basic template-on-card system.

卡上的MEGAMATCHER SDK
智能卡多生物识别
MegaMatcher on Card SDK提供匹配的卡上技术,将个人指纹、虹膜和人脸模板存储在智能卡和在卡中嵌入的微处理器中执行模板匹配。而不是在PC处理器上匹配生物特征信息。
卡上匹配方法确保个人生物识别信息不会传输到外部计算机,其结构基础是模板只存储在卡上。

 

FEATURES AND CAPABILITIES

  • NIST MINEX-compliant fingerprint engine
  • PC-like verification accuracy
  • Configurable verification modes
  • Security and privacy
  • Multi-biometrics support
  • ISO/IEC standards support
  • Easy integration with existing systems
  • Different smart card platforms supported


产品特点和功能

  • 符合NIST MINEX的指纹引擎
  • 类似PC平台的验证精度
  • 可配置验证模式
  • 安全和隐私
  • 支持多模态生物特征识别
  • ISO/IEC标准支持
  • 易于与现有系统集成
  • 支持不同的智能卡平台

 

MegaMatcher On Card 11.0 is based on MegaMatcher multi-biometric AFIS technology and provides a number of advantages over a standard fingerprint / face / iris identification system or similar products for smart cards, including:

  • NIST MINEX-compliant fingerprint engine. MegaMatcher On Card algorithm for fingerprint matching on a smart card is compliant with the same NIST MINEX III criteria used to evaluate much more resource-intensive PC-based algorithms. See our comments for more details.
  • PC-like verification accuracy. MegaMatcher On Card provides the same level of accuracy of an AFIS (automated fingerprint identification system) in a verification process using ISO/IEC 19794-2 compact card minutiae format templates together with the security of storage of biometric templates and matching algorithm on a smart card. Face and iris modalities on-card verification precision conforms to the large scale multi-biometric MegaMatcher SDK accuracy rates of Neurotechnology's compact format templates matching. See the reliability testing results.
  • Configurable verification modes. MegaMatcher On Card fingerprint algorithm has different performance configurations that can be chosen according to the operating scenario, the requirements to matching accuracy, the smart card platform speed and memory constraints.
  • Security. Biometric verification can replace or be combined with less secure (e.g., PIN) authentication techniques to achieve higher security.
  • Privacy. The original template remains on the smart card, providing a safeguard against misuse of information or fraudulent scanning systems.
  • Multi-biometrics support. The face and iris matching engines can be used as an additional or alternative factor of authentication that enhances the fingerprint verification. Fingerprint, iris and face templates can be stored on a single card together with the fingerprint, iris and face matching algorithms.
  • ISO/IEC standards support. MegaMatcher On Card 11.0 SDK is compliant with the following standards:
    • ISO/IEC 7816-3
    • ISO/IEC 7816-4
    • ISO/IEC 7816-9
    • ISO/IEC 7816-11
    • ISO/IEC 19794-2 (compact size finger minutiae card format)
  • Easy integration with existing systems. Implementing the system will not require major overhauls of existing infrastructure, as MegaMatcher On Card SDK is developed utilizing a set of ISO/IEC standards to enable interoperability with and easy integration into existing smart card and/or biometric systems. The process of fingerprint, iris and face enrollment during the card issuance, often connected to the avoidance of emission of duplicates, can also be developed with VeriFinger, VeriEye, VeriLook or MegaMatcher components that are fully compatible with MegaMatcher On Card. This provides the advantages of both using the whole set of features of Neurotechnology proprietary templates format to improve the accuracy of duplicates searching and the possibility to ensure the quality of the biometric data stored into the card.
  • Different smart card platforms supported. MegaMatcher On Card can be integrated at different stages of the card life cycle for various smart cards platforms. The post-issuance library gives the possibility to rapidly integrate match-on-card in projects where time constraints are critical. On the other hand the possibility to store the code directly into the ROM mask and the partnership with several card vendors offer a faster match-on-card solution and the possibility to maintain more EEPROM available for post-issuance applications.

卡上的MegaMatcher是基于MegaMatcher多生物识别AFIS技术与标准的指纹/人脸/虹膜识别系统,与智能卡类似产品相比,该系统具有许多优点,包括:

  • 符合NIST MINEX的指纹引擎。智能卡上指纹匹配的MegaMatcher算法与相同的NIST兼容MINEX III用于评估更多资源需求的基于PC的算法的标准。
  • 类似PC的验证准确性。卡上的MegaMatcher在使用ISO/IEC 19794-2紧凑型卡格式模板的验证过程中提供了与自动指纹识别系统(AFIS)相同的精度,以及生物识别模板的存储安全性和智能卡上的匹配算法。人脸和虹膜模式的卡上验证精度符合大型多生物识别系统MegaMatcherSDK的准确率,是神经网络技术的紧凑格式模板匹配。
  • 可配置验证模式MegaMatcher on Card指纹算法具有不同的性能配置,可以根据操作场景、匹配精度要求、智能卡平台速度和内存约束选择。
  • 保安。生物特征验证可以取代安全性较低的(如PIN)认证技术,也可以与其结合使用,以获得更高的安全性。
  • 隐私。原模板保留在智能卡上,为防止滥用信息或欺诈扫描系统提供了保障。
  • 多生物识别技术支持。人脸和虹膜匹配引擎可以作为增强指纹验证的附加或替代认证因素。指纹、虹膜和人脸模板可以与指纹、虹膜和人脸匹配算法一起存储在一张卡片上。
  • ISO/IEC标准支持。卡11.0SDK上的MegaMatcher符合以下标准:
    • ISO/IEC 7816-3
    • ISO/IEC 7816-4
    • ISO/IEC 7816-9
    • ISO/IEC 7816-11
    • Iso/iec 19794-2(紧凑型手指细节卡格式)
  • 易于与现有系统集成。实施该系统将不需要对现有基础设施进行重大改革,因为MegaMatcher on Card SDK是利用一套ISO/IEC标准开发的,以便能够与现有智能卡和/或生物识别系统进行互操作性和易于集成。在发卡过程中,指纹、虹膜和面部登记的过程通常与避免重复发布相关联,也可以与VeriFinger、Veriye、VeriLook或MegaMatcher组件开发,这些组件与卡上的MegaMatcher完全兼容。这提供了两个优点,既使用了一整套神经技术专有模板格式,提高了重复搜索的准确性,又保证了存储在卡片中的生物特征数据的质量。
  • 支持不同的智能卡平台。对于不同的智能卡平台,卡上的MegaMatcher可以在卡生命周期的不同阶段进行集成。发行后的图书馆提供了在时间限制很关键的项目中快速集成卡上匹配的可能性。另一方面,将代码直接存储到ROM掩码中的可能性以及与几个卡片供应商的合作提供了一种更快的卡上匹配解决方案,以及维护更多EEPROM用于发行后应用程序的可能性。