面向恢复的计算(ROC)认为：硬件故障、软件故障以及操作员错误仍需要人们面对，但不必作为一定要彻底解决的问题。
Recovery -oriented Calculation (ROC) takes the perspective that hardware faults, software bugs, and operator errors are facts to be coped with, not problems to be solved.
在这一过程中可能会有意外情况需要人工干预（如，OTMPS操作员可能手工处理和纠正一些错误的订单）。
There might be exceptions to this normal processing, which require human intervention (for example, an OTMPS operator might manually handle and correct an invalid order).
这些错误可以由程序员修复，也可以重新发送给穿孔机操作员，直到编译清单被清除为止。
The errors were either fixed by the programmer or sent again to the key puncher until the compile listing was clean.
诊断性能越好，操作员错过一条错误信息并继续使用一个错误的密匙环的机会就越少。
The better the diagnostics, the less chance of the operator missing an error message and continuing with a broken keyring.
面向修复计算把硬件故障、软件错误和操作员失误当作不可避免的事实，研究的是面对事实的处理技术。
Recovery-Oriented Computing (ROC) takes the perspective that hardware faults, software bugs, and operator errors are facts to avoid coped with, not problems to avoid.
操作员汇编组装PR V用错误方式(被反对的右到左)，如何避免这个问题？
Operator assembly Pack PRV in wrong way (opposed right to left), How to avoid this issue?
操作员汇编组装PR V用错误方式(被反对的右到左)，如何避免这个问题？
Operator assembly Pack PRV in wrong way (opposed right to left), How to avoid this issue?
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