敏捷流程寻求将工件数目减少到客户需要的数目。
Agile processes seek to reduce the number of artifacts to those the customer needs.
该系统节省了硬件资源，解决了复杂工件数控加工时内存不足等问题。
The system economizes hardware resource and overcomes the problem of insufficient memory of special NC system in modern NC machining of complex workpiece.
随着应用程序开发项目中的层次增加，生成的工件数量和支持应用程序的系统的管理也随之增加。
As the number of layers increases in any application development project, the number of artifacts produced and the management of the systems that support the application also increase.
它不仅可以卸载您自己的WTE，您还可以减少添加到工作空间的工件数量，从而减少构建时间。
It not only offloads your own WTE, but you can also improve the build time so that fewer Numbers of artifacts are added to the workspace.
固体份应保持在20—22%之间，需补加的树脂和颜料浆的数量决定于通过电泳槽的工件数。
The solids level should be maintained at 20 to 22%. The necessary amount of pigment and resin to be added to the tank depends upon the number of jobs run through the tank.
为解决可重构制造系统的制造单元重构求解问题，采用粒子群算法进行求解，构造总加工路线数维的粒子空间，实现工件数量的多加工路线分配。
Particle swarm optimization was applied to solve manufacturing cell reconfiguration problem. Particles with sum machining lines dimension were established to assign workpieces to machining lines.
结果表明：在工件的权重和工件的平均加工时间不成比例的最一般的情况下，最短加工时间和最长加工时间优先规则的联合使用给出了使拖后工件数最少的优先策略，并对算法的最优性进行了证明。
The priority policy of joint use of the shortest expected processing time and the longest prcessing time is optimal when the expected processing time is non-proportional to the number of the jobs.
结果表明：在工件的权重和工件的平均加工时间不成比例的最一般的情况下，最短加工时间和最长加工时间优先规则的联合使用给出了使拖后工件数最少的优先策略，并对算法的最优性进行了证明。
The priority policy of joint use of the shortest expected processing time and the longest prcessing time is optimal when the expected processing time is non-proportional to the number of the jobs.
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