The optimization results are analyzed in the single condition and multiple conditions versus the changes of some parameters.
并对优化过程中的部分参数做了改变，分析了在分立条件下与综合条件下的优化结果的差异。
The energy consumption at stand-by state can be reduced by 21% after the optimization of the switchover condition.
最后对电源状态的转换条件进行了优化，优化处理后待机态的能耗节省了21%。
Methods: The best instrument condition was determined with optimization and compromise method.
方法运用优化和折中的方法，确定最佳的仪器条件。
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