1) adaptive scheduling
适应调度
1.
Development of adaptive scheduling knowledge-based system based on UML;
基于UML的适应调度知识系统开发
2.
It is critical that a better Knowledge-Based System (KBS) was constructed to fulfill an efficient adaptive scheduling to the complex manufacturing system.
构建性能优良的知识系统是对复杂制造系统实现有效适应调度的关键。
3.
When used for scheduling a production task, the adaptive scheduling knowledge should be modified accordingly so as to be suitable for the task and consequently to obtain hi.
适应调度是一种基于状态 /性能反馈的定性控制方法 。
2) Adaptive Scheduling
自适应调度
1.
Research on Adaptive Scheduling for the Changeable Manufacturing System Based on Dynamic Environment;
动态制造环境下的可变特征制造系统自适应调度方法研究
2.
A kind of adaptive scheduling was introduced to keep the approximate balance of grid load during parameter sweep applications run.
提出一种自适应调度方法,可使参数扫描应用在运行时保持近似的网格负载平衡。
3.
This paper presents an adaptive scheduling model based on tree grid,This model can schedule fine-grained tasks and big jobs adaptively.
提出一种基于树形计算网格的自适应调度模型,实现对小粒度独立任务和用户大作业的自适应最优调度。
3) ADRS(adaptive double ring scheduling)
自适应双环调度
4) multi-pass adaptive scheduling
多步骤适应调度
1.
A process specification language ontology-based representation of process plan and a multi-pass adaptive scheduling strategy were utilized in the controller,which acquired rules from the knowledge base and applied the build-in online simulator to evaluate rules.
控制器采用基于过程规范语言本体论的工艺规划信息表示和多步骤适应调度策略,并从知识库中获取规则,使用在线仿真的方式对其进行评价。
5) temperature adaptively adjust
温度自适应调节
1.
A design of temperature adaptively adjustable driver for LD array;
带有温度自适应调节的LD阵列驱动电源的设计
6) BFSM
最佳适应调度法
1.
A Scheduling Algorithm based on ACPM and BFSM;
基于拟关键路径法和最佳适应调度法的调度算法
2.
When ACPM (allied critical path method) and BFSM (best fit scheduling method) are applied to these two procedures and considering the procedures are grouped, the compact of the procedures should be taken into account.
针对求Job-Shop调度最优解这一复杂问题,对产品加工树进行分解,将产品加工工序分为惟一紧前、紧后相关工序和独立工序,当这两类工序分批采用拟关键路径法(ACPM)和最佳适应调度法(BFSM)调度时,提出了关键设备工序紧凑性的新调度算法。
补充资料：增益调度适应控制
分子式：
CAS号：
性质：一种简单适应控制系统。对有时变的工业过程依据偏差来自动整定控制器的增益。例如，控制器增益可设计为Kc|e|.Kc为比例增益，|e|为偏差绝对值。当偏差大时控制增益大，控制作用相应增强，偏差小时，控制作用就和缓。可用于pH控制。
CAS号：
性质：一种简单适应控制系统。对有时变的工业过程依据偏差来自动整定控制器的增益。例如，控制器增益可设计为Kc|e|.Kc为比例增益，|e|为偏差绝对值。当偏差大时控制增益大，控制作用相应增强，偏差小时，控制作用就和缓。可用于pH控制。
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