《传感器网络测试框架》国际标准工作项目正式获批

正10月28日,ISO/IEC JTC1正式批准我国提出的《传感器网络测试框架》国际标准工作项目,项目号为ISO/IEC 19637。该标准是继《物联网参考体系结构》(ISO/IEC 30141)国际标准之后,由我国提出并获得立项的又一项JTC1/WG7标准,是我国国际标准化领域取得的又一个突破性进展。《传感器网络测试框架》国际标准立项由ISO/IEC JTC1 WG7传感器网络工作组发起,由中国电子技术标准化研究院和重庆邮     

标准与隐性成本并重——惠普针对耗材产品提出建议

作为衡量黑白激光打印机的单色硒鼓打印量的ISO/IEC JTC1SC28标准倡导者之一,惠普针对用户采购、使用需求提出了建议。8月4日,惠普公司打印成像集团及消费市场集团耗材产品销售总经理陈曼霞表示,用户在关注ISO/IEC JTC1SC28耗材标准有助于用户的采购决策的同时,还应关注打印机“隐性”成本。陈曼霞表示,ISO/IEC JTC1SC28为黑白激光打印机用户提供了一个标准,让用户客观准确地评估不同厂商硒鼓的打印数量。惠普将支持单色硒鼓打印数量的ISO/IEC JTC1SC28标准(针对单色激光打印机),并将在未来所有的单色激光打印产品中采用…     

我国主导的IEEE 1888标准进入ISO/IEC影响深远

2012年9月17～20日,国际标准化组织ISO/IEC JTC1 SC6 2012全年及工作组会议在奥地利格拉茨召开,中国、美国、加拿大、俄罗斯、韩国、日本等18个国家均派出代表团参加了本次会议。会议期间,IEEE向ISO/IEC JTC1 SC6提交了将IEEE 1888转化为ISO/IEC标准的申请,并详细介绍了IEEE 1888标准的相关情况。在中国代表团的大力支持下,各与会国家成员对该项申请和介绍均表示了极大的兴趣和认     

软件构件质量度量

基于软件质量标准ISO／IEC9126：2001《软件工程产品质量》,探讨了软件构件的质量度量问题,首次提出了完整的软件构件质量模型：外部和内部质量模型以及使用质量模型,为度量软件构件质量提供了新的方法。最后以外部易组装性度量为例,给出了软件构件质量度量的量化方法。     

我国自主创新2.45GHz射频识别国际标准提案获通过

正2014年4月14日,由我国提交的具有自主知识产权的射频识别(RFID)国际标准提案《Amendment to ISO/IEC18000-4:Information technology--Radio frequency identification for itemmanagement--Part4:Parameters for air interface communications at 2,45GHz》(ISO/IEC/JTC1/SC31N4193)顺利通过NP阶段投票,获得正式立项。ISO/IEC/JTC1/SC31现有32个P成员,在此次投票过程中,     

国际标准化简述

本文简要介绍国际标准化组织(ISO)和国际电工委员会(IEC)及ISO和IEC的第一个联合技术委员会JTC1(信息技术委员会)的组织机构及技术工作情况。     

业界信息

行业动态首届国际传感器网络标准化大会在上海召开6月25日至27日,由ISO/IEC JTC1主办的首届国际传感器网络标准化大会(ISO/IEC JTC1 SGSN会议)在上海举行。大会共分工作组提案和技术研讨会两个议程。在工作组提案议程中各成员国代表详细讨论了由中国电子技术标准化研究所、上海微系统所等单位联合提交的     

事件

WAPI再现转机 在WAPI被宣布无限期延迟的7个月后,12月7日,中国宽带无线IP标准工作组向外界宣布,国际标准化组织ISO／IEC JTC1 SC6已经通过决议,WAPI将和美国IEEE 802.1li提案一起独立、并行地在该组织内推进,并列入明年二月的SC6 WG1工作会议议程。     

ISO/IEC/JTC1/SC29/WG11第53次会议将召开

经国家科学技术部、国家质量技术监督局和信息产业部批准 ,由全国信息技术标准化技术委员会主办 ,中国电子技术标准化研究所、中科院计算所、清华大学、国家八六三计划智能计算机主题专家组共同承办的 ISO/ IEC/ JTC1/ SC2 9/ WG11第5 3次会议将于 2 0 0 0年 7月 17— 2 1日在北京香格里拉饭店举行 .运动图像压缩标准 MPEG(Moving Picture Expert Group)是目前国际上影响最大的技术标准之一 .制定 MPEG标准的国际组织全称为 ISO/ IEC/ JTC1/ SC2 9/ WG11,简称 MPEG专家组 .该组织成立于 1988年 ,是国际标准化组织内就同一…     

信息化工程中软件系统的组建与开发评估

在组建信息化工程中的软件系统时，无论选择业务外包或内包的组建方式，都必须重视软件开发能力及过程评估，以确保软件产品的质量和项目的成功。文中为此探讨和研究了SEI CMM和ISO／IEC TR 15504等国际通用的评估标准以及评估实施方法。     

The SSI story What it is, and how it was stalled and eliminated in the International Standardization arena

SSI or Systems Software Interface is the name of a project once proposed by Japan to ISO/TC 97 (now ISO/IEC JTC 1) to standardize interfaces between application programs and various systems software, which are now commonly called application program interfaces (API), to accomplish portability of future applications. The proposal was not accepted as originally intended and ended up with a technical study conducted by ISO/IEC JTC 1 /TSG-1 (Interfaces for Application Portability), which has eventually triggered the recent international activity on OSE (Open System Environment). This article gives a background story of various efforts and reactions related to the SSI proposal, and tries to analyze why this apparently important proposal has failed. It also presents some issues to be considered in the present and future information technology standardization activities.     

建立软件评测实验室一元化技术能力标准的方法

探讨了建立软件评测实验室一元化技术能力标准的一个方法，该方法的实质是在软件质量度量模型与软件测试模型之间建立一种定量映射关系，将目前软件评测实验室技术能力的两个事实标准归化为一体，最终将ISO／IEC 9126标准作为软件评测实验室的一元化技术能力标准。     

软件质量评价体系及其实现

近年来,随着国际竞争的不断升级,“质量是软件的生命”这一口号已深入人心。软件质量评价作为软件质量保证的重要手段,已逐渐被开发商、用户所重视。世界上有许多机构开始进行质量评价的形式化手段研究,并推出了如DIN66285,ISO9126等软件质量评价标准。本文就是对这一领域的研究,主要分析了软件质量的科学评价方法,总结了得出的一些算法与心得,在国内首次提出了评价模型分级的设想,并在计算机上加以实现。     

Publicly available specification. A new paradigm for developinginternational standards

Formal standards groups have been criticized in recent years for the time required to develop standards. With notable exceptions, standards groups have earned this criticism. One body, ISO/IEC JTC1 (Joint Technical Committee 1), is aggressively addressing the time required to develop formal international standards (ISs) for the information technology industry. With its latest addition, publicly available specification (PAS), JTC1 now has three standards development paradigms: traditional, fast-track and PAS. All three paradigms share the same final approval procedures but have different development processes. The PAS paradigm resembles both the traditional and fast-track paradigms in its process for moving from a draft IS to an IS. The PAS paradigm even more closely resembles the fast-track paradigm in that it lets a standard be initially developed outside ISO. However, whereas the fast-track paradigm lets a standard be developed by a JTC1 member, the PAS paradigm lets it be developed by any organization     

Coming to Terms: The SEVOCA Project

The Software Engineering Glossary department was started in 2003 to replace the outdated IEEE Standard 610.12-1990. Since then, the ISO/IEC JTC1/SC7 Working Group on Vocabulary has assumed the role of developing and distributing software engineering vocabulary standards. In the final installment of the department, Annette D. Reilly describes the new standards effort as a bridge between the past and the future in software engineering glossaries.     

An overview of guidance documents for software in metrological applications

The quality characteristics of metrological software are required by national or regional legislation, e.g., in legal metrology, or for safety critical applications, or by various standards such as software product quality standards (ISO/IEC 91261) or laboratory competence standards (ISO/IEC 170252).The parties involved are interested in getting a clear guidance for software quality requirements and validation methods. In already developed guidance documents different software quality issues, software lifecycle phases and consequences of risk evaluation for software malfunction or fraud are addressed to different extents.This paper provides a comparison of approaches with the aim to support the parties involved in understanding both the common points and the differences.     

A family of standards for software and systems product lines

There is a drastic rise and evolution of Software and Systems Product Lines (SSPL) as a potential solution to deliver quality software products in a shorter time and with less effort. This has led to a plethora of diversified tools across the entire life cycle of SSPL, making it difficult for product line organizations to select the right set of tools for product line realization and tool vendors to develop interoperable tools. In this paper, we motivate the need for standardization of tools and methods for SSPL. The ISO/IEC JTC1/SC7 (Software and Systems Engineering) of the International Organization for Standardization (ISO) has proposed a set of interrelated standards in the area of SSPL to cater to the emerging demands of software and systems industry. We present the foundation of SSPL family of standards that are driven by market needs and discuss the core patterns and processes of SSPL. We then present an overview of ISO/IEC 26550, which is the reference model for SSPL family of standards and provide examples from current and ongoing standards. We highlight a few examples of industry adoption of SSPL and standards and emphasize the need for further research for standards in SSPL. We see this paper as a first step to bring standards knowledge into the academic world in the field of SSPL.     

Software quality assessment and standards

The development of software product-quality assessment methods is reviewed. Much of the software quality standards work has been performed under the aegis of international organizations such as the IEEE Computer Society and the International Standard Organization/International Electrotechnical Committee Joint Technical Committee No.1 Subcommittee on Software Engineering (ISO JTC1 SC7). An alternative approach that defines a set of requirements for members of a class of software product and certifies those that meet the requirements is described     

Measuring software product quality: a survey of ISO/IEC 9126

To address the issues of software product quality, the Joint Technical Committee 1 of the International Organization for Standardization and International Electrotechnical Commission published a set of software product quality standards known as ISO/IEC 9126. These standards specify software product quality's characteristics and subcharacteristics and their metrics. Based on a user survey, this study of the standard helps clarity quality attributes and provides guidance for the resulting standards.     

A serious game for teaching the fundamentals of ISO/IEC/IEEE 29148 systems and software engineering – Lifecycle processes – Requirements engineering at undergraduate level

In the context of software engineering education, there is a recurrent demand for new approaches and techniques that support the application and transfer of knowledge to real-life situations with the aim of encouraging a more active learning among students. In particular, serious games have recently become an important learning resource for teaching the fundamentals of software process standards at undergraduate level. However, poor effort has been made to create a serious game that supports the teaching of the ISO/IEC/IEEE 29148:2011 Systems and Software Engineering – Lifecycle Processes – Requirements Engineering, an international standard that specifies the required processes that are to be implemented by requirements engineering for systems and software products (including services) throughout the lifecycle. With this in mind, a serious game called “Requengin” has been developed to provide undergraduate students with an interactive learning environment to facilitate the introduction of ISO/IEC/IEEE 29148:2011. The main objective of the game is to strengthen the comprehension and application of the main processes of the standard and some related requirements engineering techniques. Requengin was designed to simulate an academic library where players must apply the requirements engineering processes with the aim of changing the traditional management system by a software system while they receive, at the same time, preliminary training in ISO/IEC/IEEE 29148:2011. The results obtained by empirical evaluation indicate that Requengin could potentially contribute to an improvement in students’ acquisition of knowledge about ISO/IEC/IEEE 29148:2011, while also improving levels of motivation.