RGT：可靠性增长测试

“可靠性增长测试”在学术与电子工程领域广泛应用，常缩写为RGT以便于快速书写和日常使用。这一测试方法主要用于评估和改进产品或系统的可靠性，通过持续测试与迭代优化，逐步提升其性能稳定性与长期运行的可靠性水平。

Then the testing method of constant stress Accelerated Reliability Growth Testing(RGT) is given on the basis of AMSAA-BISE model.
再次，基于AMSAA-BISE模型给出了恒定应力下加速可靠性增长试验的试验方法。
Because of the complexity of product system and high costs for test of product, the reliability growth testing is based on small sample.
由于产品系统的复杂性和试验的高费用，并且产品的可靠性增长试验往往基于小样本，因此解决小样本问题在可靠性增长试验中也是非常重要的。
Results show that the model and method proposed is not only good at parameter evaluation with high accuracy in comparison with the traditional, but also can be applied to reliability growth testing.
结果证明该模型和方法不仅在参数估计方面比传统的模型有更高的精度，而且还可以应用到可靠性增长试验的数据评估中。
Based on Arrhenius or inverse power law power law model, the statistical methods analysed individual failure time data of constant stress accelerated reliability growth testing ( CSARGT ) were given, and these methods were illustrated.
基于Arrhenius或逆幂律幂律模型，对恒定应力加速可靠性增长试验（CSARGT）的单独故障时间数据的情况，给出了统计分析方法，并用数值例说明了这些方法。
Optimal design of reliability growth testing
可靠性增长试验的优化设计

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