This solution streamlines integration between systems, enabling real-time transactions that reduce discrepancies in delivery scheduling.
这个解决方案简化了系统间的集成方式，支持可减少交付计划中的差异的实时事务。
In this paper, we concentrate on reducing energy consumption by using task scheduling algorithm on system level when these tasks have time restrictions in real-time systems.
在本文中，主要是考虑在实时系统中，当任务存在时间约束时在操作系统层上通过任务调度来减少系统能量消耗。
As the extension of the optimal loading problem, periodic task scheduling of TTCAN has many important applications in real-time distributed systems that are communication time critical.
TT CAN周期性任务调度是最优装载问题的推广，它在通信时间关键的实时分布式系统中有着很强的应用背景。
The work in this paper provides the foundation for further research on mixed real-time transaction scheduling and concurrency control, and processing mixed transactions in actual application systems.
本文的研究成果为进一步探讨混合实时事务的调度与并发控制，以及实际应用中的混合事务处理提供了良好的基础。
Introduced a mechanism to implement distributed scheduling for the CANBus resource in order to meet the requirement of a dynamic distributed real-time systems.
介绍了一种对CAN总线网络资源进行分布式调度的机制，满足分布式实时系统的实时性要求。
In order to achieve this, scheduling models should be set up for hard real-time CORBA systems with static priority and periodic tasks.
为了更好地定量分析可预测性，需要为以固定优先级方式调度的、周期性任务的硬实时CORBA系统建模。
In real-time control systems based on fixed priority scheduling, the latency and jitter of task are important factors which will impact the stability of the system.
在基于固定优先级调度实时控制系统中，任务的延迟与抖动是影响系统稳定性的重要因素。
Static priority scheduling is widely used in real-time systems.
静态优先级调度在实时系统中得到了广泛应用。
In this paper, we describe the preemption threshold scheduling algorithm used for fixed priority embedded real-time systems.
本文详细论述了应用于静态优先级实时系统的抢占阈值调度算法。
An improved bidding algorithm for dynamic task scheduling in distributed real-time systems is proposed.
本文提供了一个分布式实时系统动态任务调度的改进了的招标算法。
The time prediction method resolves the problem of uncertain execution times and provides a reference solution for real-time scheduling systems in uncertain environments.
采用时间预测的方法，可以较好地解决任务执行时间不确定性所带来的影响，为不确定环境下的实时调度系统提供一种很好的参考解决方案。
Simulation results show that the scheduling success ratio of the new algorithm is always higher than the myopic algorithm in real-time heterogeneous systems for a variety of task parameters.
模拟结果显示，在多种任务参数的取值下，新算法的调度成功率均高于近视算法。
Timely scheduling mechanism overcomes the drawbacks of traditional scheduling algorithms in many real-time systems, so it can reduce the cost of constructing the Embedded Distributed real-time system.
及时调度机制克服了经典实时调度算法的不足，可以降低嵌入分布式实时系统的构建成本。
Timely scheduling mechanism overcomes the drawbacks of traditional scheduling algorithms in many real-time systems, so it can reduce the cost of constructing the Embedded Distributed real-time system.
及时调度机制克服了经典实时调度算法的不足，可以降低嵌入分布式实时系统的构建成本。
应用推荐