1) blended timer-triggered scheduler
混合定时调度
1.
Aiming to coordinate various tasks,such as periodical,pseudo-periodical and event-triggered tasks,a blended timer-triggered scheduler was designed.
设计混合定时调度算法,对周期性、准周期性和事件触发型任务进行综合调度,并进行了可调度性验证、时序验证和共享资源验证。
2) Mixed real-time scheduling
混合实时调度
3) hybrid scheduling
混合调度
1.
Aiming at the problem of response time analysis under hybrid scheduling,an important scheduling mode supported by OSEK/VDX standard in vehicle electronic control field,a response time analysis method for linear transactions was presented.
针对汽车电子控制领域OSEK/VDX标准所支持的混合调度方式下的响应时间分析问题,提出了一种使用线性事务模型时的响应时间分析方法。
2.
This paper studies two-stage hybrid scheduling models and optimization algorithms on cross docking logistics.
本文研究越库(Cross Docking)物流的两阶段混合调度模型及优化算法。
3.
The paper studies the simulated annealing algorithm of two-stage hybrid scheduling model based on through transport,which the objective function is the minimized operation time.
研究基于直送的两阶段混合调度模型的模拟退火算法,其目标函数是最小化作业时间。
4) Real-time hybrid flowshop scheduling
实时混合流水车间调度
5) hybrid real-time task schedule
混合型实时任务调度
补充资料：报定时不定
【报定时不定】
谓业力定故，报不可改，然时有可转，故时节不定，是名报定时不定。
谓业力定故，报不可改，然时有可转，故时节不定，是名报定时不定。
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