After specifying theory of risk-based testing, this paper gives a simple analysis model to explore the improvement of risk-based testing on software testing fault-detecting ability.
在介绍了基于风险测试的基本原理后，通过简化的测试模型讨论了基于风险测试的方法在软件揭错能力上的改善。
This section will quickly examine five different ways to select data for testing: based on risk, based on requirements, based on availability, using production data, or using randomly generated data.
本节将迅速查看一下选择数据进行测试的5种不同方式：基于风险、基于需求、基于可用性、使用生产数据，或者随机使用产生的数据。
Risk-minimising, requirements-based testing of software systems (ranTEST).
软件系统的最小化风险，基于需求的测试 (ranTEST).
This best practice allows you to prioritize test cases based on their complexity, risk, and functional area, which will create a quality estimate about how long the testing will take.
这种最佳的操作允许您基于测试用例的复杂性、风险以及功能性区域来安排它们的优先级，来建立关于测试将要持续多久的质量估计。
Working with management, we will determine which specific controls require testing based on factors such as materiality, complexity and inherent risk.
我们会与管理层合作，根据重要性、复杂性和内在风险等因素决定哪些具体控制方面需要进行测试。
This paper presents how the tr ee based technology is used in software testing through identification of problematic areas and risk management using tree based modeling.
本文以如何使用基于树的建模技术标识软件中有问题的区域和进行危险管理为例，着重阐述了基于树的分析技术在软件测试中的应用。
This paper presents how the tr ee based technology is used in software testing through identification of problematic areas and risk management using tree based modeling.
本文以如何使用基于树的建模技术标识软件中有问题的区域和进行危险管理为例，着重阐述了基于树的分析技术在软件测试中的应用。
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