1) RTL bug locating
RTL级错误定位
2) fault location
错误定位
1.
The method introduced in this paper can divide the current fault set into several subsets,the height of the fault location tree(FLT) is s.
本文通过分析可逆电路发生门失效错误时对电路的影响,给出了一种门失效模型的错误定位方法,即生成错误定位树的方法。
2.
The method introduced in this paper can divide the current fault set into several subsets,the height of the fault location tree(FLT)is short and the time need to locate the fault is small.
通过分析可逆电路发生门失效错误时对电路的影响,本文利用生成错误定位树的方法来定位可逆电络中的门失效错误。
3) fault localization
错误定位
1.
Automatic Fault Localization to Memory Corruption Vulnerabilities Based on Memory Update Log
基于内存更新记录的漏洞攻击错误定位方法
2.
Especially in object-oriented developing, because of the use of inherit and polymorphism, it is too difficult to follow the program running, and leads to a high cost in fault localization.
目前现存的错误定位方法主要由测试人员在程序中设置断点等措施,跟踪程序运行进程,期望通过堆栈比对找出错误代码。
3.
To ensure the validity and liability of the reversible circuits,fault detection and fault localization are necessary.
确保可逆电路的正确性与可靠性,错误检测必不可少,错误定位难度更高。
4) location errors
定位错误
1.
Research and improvement of GPSR protocol in the presence of location errors
GPSR协议定位错误情况下的性能研究及算法改进
5) fault location tree
错误定位树
1.
The method introduced in this paper can divide the current fault set into several subsets,the height of the fault location tree(FLT) is s.
本文通过分析可逆电路发生门失效错误时对电路的影响,给出了一种门失效模型的错误定位方法,即生成错误定位树的方法。
2.
The method introduced in this paper can divide the current fault set into several subsets,the height of the fault location tree(FLT)is short and the time need to locate the fault is small.
通过分析可逆电路发生门失效错误时对电路的影响,本文利用生成错误定位树的方法来定位可逆电络中的门失效错误。
6) FE Framing Error
成帧错误，图像定位错误
补充资料：Direct Fast Red Brown RTL
分子式：
CAS号：
性质：暗红色粉末。溶于水呈橙棕色。在乙醇中呈金橙色。在浓硫酸中呈深蓝色，稀释后呈浅橄榄棕色。其水溶液遇浓盐酸生成橄榄棕沉淀。遇浓氢氧化钠生成红光橙棕色沉淀。对纤维素纤维染色，染料吸尽性好。温度在100℃亲和力最大。对硬水很敏感。染色时遇铜无反应，遇铁离子色泽变红暗。联苯胺重氮化与水杨酸偶合；1,6-和1,7-克利夫酸重氮化与水杨酸偶合，然后将上述两产物再偶合，经盐析，过滤而得。主要用于丝绸、棉、黏胶等纤维织物和毛/黏胶混纺织物的染色，以及皮革和纸张的着色。
CAS号：
性质：暗红色粉末。溶于水呈橙棕色。在乙醇中呈金橙色。在浓硫酸中呈深蓝色，稀释后呈浅橄榄棕色。其水溶液遇浓盐酸生成橄榄棕沉淀。遇浓氢氧化钠生成红光橙棕色沉淀。对纤维素纤维染色，染料吸尽性好。温度在100℃亲和力最大。对硬水很敏感。染色时遇铜无反应，遇铁离子色泽变红暗。联苯胺重氮化与水杨酸偶合；1,6-和1,7-克利夫酸重氮化与水杨酸偶合，然后将上述两产物再偶合，经盐析，过滤而得。主要用于丝绸、棉、黏胶等纤维织物和毛/黏胶混纺织物的染色，以及皮革和纸张的着色。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条