1.5. The predication for software reliability and bug mount.
5、软件可靠性以及BUG数量的预测。
2.Bug is the various mistakes that appear in computer technology, it often appears more and more with the extensive application of computer and computer program , it makes people have produced doubt of computer′s safety when using computer. On the other hand, it has again offered source power for the development of computer technology.
Bug是计算机技术中出现的各种错误 ,随着计算机应用的日益普及和计算机程序越来越庞大 ,它出现的频率会越来越高 ,一方面 ,使人们在使用计算机的时候对其安全性产生了怀疑 ,另一方面 ,它又为计算机技术的发展提供了源动力。
3.Improvement was made on the defect management by adding CCB to the managerial flow of the defect, which helps settle the BUG dispute between the software tester and the developers and coordinate the relationship between the tester and the developer.
针对缺陷管理,在原来工作的基础上进行了改进,在缺陷管理流程中增加CCB(测试变更委员会),协调了BUG在测试人员和开发人员之间的扯皮现象;
4.Design of BUG Tracking System
BUG跟踪系统的设计
5.The path-planning scheme greatly improves computation egeometrics based path planning methods by using a group of adaptive and oriental behaviors which simulate hu-man behaviors for path planning to construct the topological graph of Tangent-Bug auto-matically and quickly.
该方法能够自动构造大范围自然环境下与路径规划任务相关的一类拓扑结构,从而大大地提高自然环境下月球车路径规划速度. 该方法在Tangent-Bug切线法基础上引入一组自适应行为来构造切线拓扑图,它是人工路径规划行为的模仿,克服了计算几何路径规划方法非线性计算时间的不足.
7.During the process of bug test management flow and criterion design, the requirements of CMM2, CMM3 and CMM4 degree are the main reference.
在进行Bug测试管理流程和规范的设计过程中主要参考了CMM2级的要求,兼顾了CMM3级和CMM4级的要求。
8.The system is developed based on Apache+Tomcat+PHP+Postgres of linux 9.0,theitem of development and management is controlled by CVS. Testing and bug disposalare carried through by means of the testing platform of Bugzilla.
本系统是在linux9.0的Apache+Tomcat+PHP+Postgres下开发的，用CVS进行项目开发管理，Bugzilla测试平台来进行测试报告和bug处理。
9.The image edge was obtained by means of Sobel operator and track-ing bug method were compared.
研究了柑桔图像的平滑和边缘提取方法,比较了利用Sobel算子和跟踪虫(tracking bug)法所得到的柑桔边缘,发现跟踪虫法寻找边界的速度比用Sobel算子快,且不需要进行细化处理.
