共找到 150 条与 BioAPI 相关的标准，共 10 页
Information Technology - The BioAPI Specification
This standard specifies requirements for the use of ISO/IEC 19784-1@ BioAPI Specification (also known as BioAPI 2.0)@ a software interface standard@ for the purpose of performing a tenprint capture operation. This includes one or more of the following: 1. Identification of BioAPI functions to be utilized and the order (if any) in which they are to be called 2. Specification of values for function parameters 3. Definition of GUI (graphical user interface) events (for use with an application controlled GUI) 4. User interface specifications for use with a BSP (biometric service provider) controlled GUI 5. Sample calling sequences and example inputs/outputs
Information Technology – Tenprint Capture using BioAPI
Cross References: ISO/IEC 19784-1:2005 ISO/IEC 19785-1:2005 ISO/IEC 19785-4:2010 ISO/IEC 19794 ISO/IEC 24761:2009
BS ISO/IEC 29164. Information technology. Embedded BioAPI
Amendment 2 - Information technology -- Biometric application programming interface -- Part 1: BioAPI specification - Framework-free BioAPI
Automatic identification. Biometrics. BioAPI. Biometric application programming interface. Part 1. BioAPI specification
With this amendment, ISO/IEC 19784-1 specifies two versions of BioAPI: 2.0 and 2.1. All the provisions thatapply only to one version of BioAPI (either 2.0 or 2.1) are labeled as such.The main difference of BioAPI 2.1 from BioAPI 2.0 is the support it provides for BioGUI. BioGUI stands for"BioAPI Graphical User Interface". The functionality specified in this amendment enables an application tocontrol the display of graphics at enrollment, verification and identification as an alternative to using thegraphical user interface provided by BSPs.Secondly, BioAPI 2.1 also aligns the values of the type definition BioAPI_BIR_BIOMETRIC_TYPE with thosespecified in ISO/IEC 19785-1:2006.Thirdly, it provides additional functions and parameters that are redundant in a purely local implementation ofBIoAPI, but which enable other standards (interworking standards - see 4.29) to modify the behaviour of aBioAPI framework to support interactions between an application and remote BSPs.Finally, it provides improvements to some of the functions and parameters defined for BioAPI 2.0, particularlyin relation to support for tenprint capture, the electronic capture of ten human fingerprints.This amendment redefines (in the specificaton of BioAPI 2.1) portions of the BioAPI 2.0 specification thatdefine BioAPI types, macros, functions and callback functions (particularly those related to the applicationcontrolledGUI feature) with a new set of definitions that provide more functionality. Some of the old BioAPI2.0 definitions are completely replaced by new definitions (with the same or with different names), while othersare extended by the addition of one or more parameters. Some types and functions are entirely new inBioAPI 2.1.The resulting specification is expected to better meet the needs of biometric applications that wish to have fullcontrol of the user interface during enrollment, verification and identification, that need to be able to work withremote BSPs, or that need added functionality for interaction with local BSPs.
Information technology — BioAPI — Biometric Application Programming Interface — Part 1: BioAPI Specification — AMENDMENT 1: BioGUI specification
Information technology. Biometrics. BioAPI Interworking protocol
本部分ISO/IEC 30106规定了一组接口的架构，这些接口定义了面向对象的BioAPI。本部分ISO/IEC 30106定义的组件包括框架、生物识别服务提供商（BSPs）、生物识别功能提供商（BFPs）和组件注册表。
Information technology. Object oriented BioAPI. Architecture
This International Standard provides a standard interface to hardware biometric modules designed to be integrated in embedded systems which can be constrained in memory and computational power. This International Standard specifies a full interface for such hardware-based biometric modules. This interface@ called Embedded BioAPI@ is defined by the specification of commands to be implemented by these modules. Such a specification is done in two levels: ?? For low level implementations@ a frame definition is provided@ as well as the coding of all commands and their relevant responses. Being defined as a single-master/multiple-slave half-duplex protocol@ these messages can be implemented over any communication interface at the physical and link layers. The definition of such communication interfaces is outside of the scope of this International Standard. ?? A C-based function header description@ for those manufacturers that want to provide a C-library for integration as a Software Development Kit for the overall embedded system. Regarding security@ this International Standard defines two kinds of devices: ?? Type A: devices that@ due to lack of processing capabilities@ do not implement any kind of security mechanism. ?? Type B: devices that implement security mechanisms for achieving confidentiality@ integrity and/or authenticity. Use of the Type B kind of devices is recommended. For Type B devices a set of minimum requirements is defined@ but the security mechanisms to be used are out of the scope of this International Standard. Low level implementation is outside of the scope of the normative part of this International Standard@ although an informative annex (see Annex B) is provided. Security mechanisms@ although considered in this International Standard@ are outside of the scope of this International Standard@ and are referred to other relevant standards. In particular@ key management is outside of the scope of this International Standard@ and is expected to be done prior to the application of this International Standard. Specifications and requirements for Embedded BioAPI subcomponents@ or any kind of devices suitable to implement Embedded BioAPI@ are outside of the scope of this International Standard.
Information technology - Biometrics - Embedded BioAPI
本国际标准为专为集成在内存和计算能力受限的嵌入式系统中的硬件生物识别模块提供标准接口。本标准规定了此类基于硬件的生物识别模块的完整接口。该接口称为嵌入式 BioAPI，通过规定这些模块必须实现的命令来定义。该规范分为两个层级： - 对于低级实现，提供帧定义以及所有命令及其相关响应的编码。作为定义为单主/多从半双工协议的这些消息，可以在物理层和链路层的任何通信接口上实现。此类通信接口的定义不在本国际标准的范围内。 - 对于希望为整体嵌入式系统提供 C 语言库作为软件开发包的制造商，提供 C 语言函数头描述。 关于安全性，本国际标准定义了两类美利体育官网首页网址： - A 型：由于缺乏处理能力，不实施任何安全机制的美利体育官网首页网址。 - B 型：实施安全机制以实现保密性、完整性和/或真实性的美利体育官网首页网址。建议使用 B 型美利体育官网首页网址。对于 B 型美利体育官网首页网址，定义了一组最低要求，但所使用的安全机制不在本国际标准的范围内。 低级实现不在本国际标准规范部分的范围内，尽管提供了信息性附录（见附录 B）。 安全机制虽然在本国际标准中有所考虑，但不在本国际标准的范围内，并参考其他相关标准。特别是，密钥管理不在本国际标准的范围内，预计在应用本国际标准之前完成。 嵌入式 BioAPI 子组件的规范和 requirements，或适合实现嵌入式 BioAPI 的任何类型的美利体育官网首页网址，均不在本国际标准的范围内。
Information technology - Biometrics - Embedded BioAPI
Information technology. Object oriented BioAPI. C implementation
Information technology. Conformance testing for the biometric application programming interface (BioAPI). Test assertions for BioAPI frameworks
Information technology. Object oriented BioAPI. Architecture
Information technology - Biometric application programming interface - Part 1: BioAPI specification - Amendment 2: Framework-free BioAPI
Cross References: ISO/IEC 8824-1:2002*ISO/IEC 8824-2:2002*ISO/IEC 8824-3:2002*ISO/IEC 8824-4:2002*ISO/IEC 8825-1:2002*ISO/IEC 8825-2:2002*ISO/IEC 8825-4:2002 *ISO/IEC 8825-4:2002/A1:2004*ISO/IEC 19784-1*ISO/IEC 19785-1*ISO/IEC 19794*ISO/IEC 9796*ISO/IEC 9797*ISO/IEC 9798*ISO/IEC 9979:1999*IETF RFC 768:1980*IETF RFC 791:1981*IETF RFC 2132:1997*IETF RFC 2136:1997*IETF RFC 2246:1999*IETF RFC 2462:1998*IETF RFC 2463:1998*IETF RFC 3268:2002*IETF RFC 3315:2003*IETF RFC 3927:2005*IETF RFC 3987:2005*ITU-T X.680:2002*ITU-T X.681:2002 *ITU-T X.682:2002*ITU-T X.683:2002*ITU-T X. 690:2002*ITU-T X.691:2002*ITU-T X.693:2002*ITU-T X.693:2002/A1:2003*
BS ISO/IEC 24708. Information technology. BioAPI interworking protocol
