进行气井动态分析时，必须考虑到天然气从气层到地面这一综合流程的连续性。
While analyzing the gas-well performance, it must consider the continuity of comprehensive process of natural gas from gas bed to ground.
最后，综合流程的执行代价和泳道的均衡度，从层次泳道化模型中选择最优者为最终的业务流程建模。
At last, the execution cost and lane equilibrium were integrated, the best one from the leveled lane models was selected as the final business process.
这种综合流程在不改变原有电路设计的前提下同时采用了门控时钟、操作数隔离和门级功率优化来降低功耗。
This flow could use the gated clock, the operand isolation and the gate level optimization to decrease the power consumption without changing the original design.
应用推荐