My works maintains: the first is to change the extended BNF of TTCN-3 into the normal BNF;
我的工作主要有：一是对TTCN-3的扩展语法规则范式进行改写；
The method of generating TTCN-3 test cases from message sequence chart (MSC) is presented.
提出了一种基于MSC(消息序列图)测试目的的互操作性测试生成方法。
The method of designing a common-used concurrent TTCN test executor is proposed in this paper.
提出了一种通用并发TTCN测试执行机的设计方法。
Data is the most basic element in the TTCN-3 language. We defined data on the basic of data type.
测试活动的执行以数据为基础，数据是TTCN - 3语言中最基本的构成元素，它定义在数据类型基础之上。
Excellent knowledge experience of TTCN test methodology in mobile communication field (preferably with TTCN-3).
有移动通信领域的TTCN测试方法知识和测试经验(有ttcn - 3经验优先)。
By combining the TTCN-3 testing and SBF we can improve the efficiency of bug finding and increase test coverage.
通过结合TTCN - 3测试以及静态漏洞查找方法，提高了漏洞查找的效率以及测试的覆盖率。
The architecture of TTCN-3 testing platform has great differences with the existing consistency testing platform.
TTCN - 3测试平台的体系结构与以往主要进行一致性测试的测试平台有很大不同。
This paper proposes an approach to the conformance testing of distributed routing protocols based on concurrent TTCN.
该文提出一种基于并发ttcn的分布式路由协议的测试方法。
This essay designs the whole framework of the testing execution module of the Concurrent TTCN based on the original module.
本文在传统TTCN测试执行模块的基础上为并发ttcn设计了测试执行模块的整体框架，并进行了具体的实现。
It is important to develop a TTCN-3 integrated system which is easy to use, easy to upgrade, and which supports concurrent testing.
研制开发一个易于使用、易于升级并能进行并行测试的TTCN - 3集成系统具有重要意义。
According to the features of mobile application protocol, a platform is designed and implemented which supports the test based on TTCN-3.
本文根据手机应用协议的特点，设计、开发了支持TTCN - 3的底层支撑平台。
TTCN-3 is a test standard released by the European Telecommunications Standards Institute, and is an abstract test description language too.
TTCN - 3是由欧洲电信标准协会发布的测试标准，也是一种抽象测试描述语言。
It first discusses the test architecture for the routing protocol entity, and then the concurrent TTCN based test system design is presented.
首先讨论路由协议实体的测试结构，然后给出基于并发ttcn测试系统的设计。
The applying of TTCN-3 in test suite development can improve the efficiency by separating the abstract test description from the test implementation detail.
通过使用TTCN - 3，能够将测试的抽象描述和测试具体的实现分离，提高测试套开发的效率。
TTCN-3 is a flexible and powerful language applicable to the specification of all types of reactive system tests over a variety of communication interfaces.
TTCN - 3是一种灵活而强大的语言，可以用于定义在多种通讯接口上进行的各种类型的交互式系统测试。
B. test case definition techniques are discussed in some detail with an example test case specified with a standard test definition language - TTCN-3 for TPT.
文章给出了一个运行于TPT的TTCN- 3描述的测试例来探讨了测试例的定义技术。
Accroding to the standard of ETSI, TTCN-3 testing platform implemented in virtual machine mode is a distributed testing system composed of cooperating subsystems.
按照ETSI标准，以虚拟机方式实现的TTCN - 3测试执行平台是一个分布式的由多个协同工作的子系统组成的测试系统。
TTCN-3 test system specifies the standard implementation interface of codec, leaving the implementation of codec to developing engineers of protocol testing tools.
编解码器在TTCN - 3测试系统中留有标准的实现接口，具体的实现需要由开发协议测试工具的研发工程师完成。
The TTCN-3 standard is introduced in detail firstly. And then the analysis of every functional modules of TTCN-3 test system and the relation between te and Codec are presented.
文中首先对TTCN - 3标准进行了详细的阐述，接着对TTCN - 3测试系统各功能模块进行了分析，并对TE与编解码器关系进行了描述。
The idea of TTCN-3 universal decoder supporting different types of protocol is proposed in this thesis, which is a research-oriented beneficial attempt for TTCN-3 protocol testing.
本文提出支持不同协议类型的TTCN-3通用解码器的思想，是对TTCN-3协议测试进行了一次研究性的有益尝试。
The description of the abstract test suit using TTCN-3 language only completed part of the test generation, the implementation of test need for an environment, namely testing system.
使用TTCN - 3语言描述抽象测试套只是完成了测试生成部分，测试套的执行需要一个运行环境，即测试系统。
This paper explores into incremental compilation techniques based on TTCN-3, and elaborates the design and implementation of incremental compiler combining with TTCN-3 characteristic.
本文深入探讨了基于TTCN - 3语言的增量编译技术，并结合TTCN - 3语言的特点，详细阐述了增量编译器的设计与实现。
So How to design a new codec framework, which can easily expand new codec method and also support to expand new type language, is the urgent task in current popularize of applying TTCN-3 to test.
如何设计一个新的编解码器的框架，使其能够方便的扩充新的编解码方式和支持新的类型描述语言，是当前使用TTCN - 3测试时迫切需要解决的问题。
So How to design a new codec framework, which can easily expand new codec method and also support to expand new type language, is the urgent task in current popularize of applying TTCN-3 to test.
如何设计一个新的编解码器的框架，使其能够方便的扩充新的编解码方式和支持新的类型描述语言，是当前使用TTCN - 3测试时迫切需要解决的问题。
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