In order to schedule all kinds of tasks, a novel tasks scheduling algorithm named dual-priority queues for uniprocessor is presented.

为了调度多种实时任务，提出了双优先级队列调度算法，用于调度每个处理器上任务。

In this paper, the limit is broken through and a more general necessary and sufficient condition for schedulability is proposed.

突破这一限制，提出了更具一可调度分析判定充要条件。

With load growth of distribution systems, it becomes very complicated for dispatchers to obtain restoration plan for unfaulted but out-of-service areas.

中文摘要配电系统由于负载持续成，当故障发生时，系统调度员欲恢非故障停电区域之电计画日。

The paper intrduces the exchange CENTREX, dispatching equipment and the com-bination of them, and puts forward the methods of improving coalmining communication capabili-ty.

将交换机CENTREX功能用于煤矿调度机,从而提高煤矿通信综合能力。

A new multiqueue method with variable priority is presented to solve the real time dynamic scheduling problem of automatic transportation system in flexible electrophoresis production line.

提出可变优先级多重任务队列方法,解决电泳柔生产线自动输送系统实时动态调度问题。

This has the vital significance to catch on the kernel layer of operating system, to dialyse process principle, to discover and study the new Scheduling Algorithm.

这对深入理解操作系统核心层，透析进程原理，发现和研究新调度算法具有重要意义。

In order to schedule all kinds of tasks, a novel tasks scheduling algorithm named dual-priority queues for uniprocessor is presented.

为了调度多性的任务，提出了双优先级队列调度算法，用于调度每个处理器上的任务。

In this paper, the limit is broken through and a more general necessary and sufficient condition for schedulability is proposed.

突破这一限制，提出了更具一般性的可调度性分析判定充要条件。

With load growth of distribution systems, it becomes very complicated for dispatchers to obtain restoration plan for unfaulted but out-of-service areas.

中文摘要配系统由于负载持续成，当故障发生，系统调度员欲恢复非故障停区域之复计画日趋复杂。

The paper intrduces the exchange CENTREX, dispatching equipment and the com-bination of them, and puts forward the methods of improving coalmining communication capabili-ty.

将交换机CENTREX功能用于煤矿调度机,从而提高煤矿通信的综合能力。

A new multiqueue method with variable priority is presented to solve the real time dynamic scheduling problem of automatic transportation system in flexible electrophoresis production line.

提出可变优先级的多重任务队列方法,泳柔性生产线自动输送系统的动态调度问题。

This has the vital significance to catch on the kernel layer of operating system, to dialyse process principle, to discover and study the new Scheduling Algorithm.

这对深入理操作系统核心层，透析进程原理，发现和研究新的调度算法具有重要意义。

In order to schedule all kinds of tasks, a novel tasks scheduling algorithm named dual-priority queues for uniprocessor is presented.

为了调度多种实时性任务，出了双优先级队列调度算法，用于调度每个处理任务。

In this paper, the limit is broken through and a more general necessary and sufficient condition for schedulability is proposed.

突破这一限制，出了更具一般性可调度性分析判定充要条件。

With load growth of distribution systems, it becomes very complicated for dispatchers to obtain restoration plan for unfaulted but out-of-service areas.

中文摘要配电系统由于负载持续成，当故障发生时，系统调度员欲恢复非故障停电区域之复电计画日趋复杂。

The paper intrduces the exchange CENTREX, dispatching equipment and the com-bination of them, and puts forward the methods of improving coalmining communication capabili-ty.

将交换机CENTREX功能用于煤矿调度机,从煤矿通信综合能力。

A new multiqueue method with variable priority is presented to solve the real time dynamic scheduling problem of automatic transportation system in flexible electrophoresis production line.

出可变优先级多重任务队列方法,解决电泳柔性生产线自动输送系统实时动态调度问题。

This has the vital significance to catch on the kernel layer of operating system, to dialyse process principle, to discover and study the new Scheduling Algorithm.

这对深入理解操作系统核心层，透析进程原理，发现和研究新调度算法具有重要意义。

In order to schedule all kinds of tasks, a novel tasks scheduling algorithm named dual-priority queues for uniprocessor is presented.

为了调度多种实时性的，了双优先级列调度算法，用于调度每个处理器上的。

In this paper, the limit is broken through and a more general necessary and sufficient condition for schedulability is proposed.

突破这一限制，了更具一般性的可调度性分析判定充要条件。

With load growth of distribution systems, it becomes very complicated for dispatchers to obtain restoration plan for unfaulted but out-of-service areas.

中文摘要配电系统由于负载持续成，当故障发生时，系统调度员欲恢复非故障停电区域之复电计画日趋复杂。

The paper intrduces the exchange CENTREX, dispatching equipment and the com-bination of them, and puts forward the methods of improving coalmining communication capabili-ty.

将交换机CENTREX功能用于煤矿调度机,从而高煤矿通信的综合能力。

A new multiqueue method with variable priority is presented to solve the real time dynamic scheduling problem of automatic transportation system in flexible electrophoresis production line.

可变优先级的多重列方法,解决电泳柔性生产线自动输送系统的实时动态调度问题。

This has the vital significance to catch on the kernel layer of operating system, to dialyse process principle, to discover and study the new Scheduling Algorithm.

这对深入理解操作系统核心层，透析进程原理，发现和研究新的调度算法具有重要意义。

In order to schedule all kinds of tasks, a novel tasks scheduling algorithm named dual-priority queues for uniprocessor is presented.

为了调度多种实时的任务，提出了双优先级队列调度算法，用于调度每个处理器上的任务。

In this paper, the limit is broken through and a more general necessary and sufficient condition for schedulability is proposed.

突破这一限制，提出了更具一般的可调度判定充要条件。

With load growth of distribution systems, it becomes very complicated for dispatchers to obtain restoration plan for unfaulted but out-of-service areas.

中文摘要配系统由于负载持续成，当故障发生时，系统调度员欲恢非故障停区域计画日趋杂。

The paper intrduces the exchange CENTREX, dispatching equipment and the com-bination of them, and puts forward the methods of improving coalmining communication capabili-ty.

将交换机CENTREX功能用于煤矿调度机,从而提高煤矿通信的综合能力。

A new multiqueue method with variable priority is presented to solve the real time dynamic scheduling problem of automatic transportation system in flexible electrophoresis production line.

提出可变优先级的多重任务队列方法,解决泳柔生产线自动输送系统的实时动态调度问题。

This has the vital significance to catch on the kernel layer of operating system, to dialyse process principle, to discover and study the new Scheduling Algorithm.

这对深入理解操作系统核心层，透进程原理，发现和研究新的调度算法具有重要意义。

In order to schedule all kinds of tasks, a novel tasks scheduling algorithm named dual-priority queues for uniprocessor is presented.

为了调度多种实时性，提出了双优先级调度算法，用于调度每个处理器上。

In this paper, the limit is broken through and a more general necessary and sufficient condition for schedulability is proposed.

突破这一限制，提出了更具一般性可调度性分析判定充要条件。

With load growth of distribution systems, it becomes very complicated for dispatchers to obtain restoration plan for unfaulted but out-of-service areas.

中文摘要配电系统由于负载持续成，当故障发生时，系统调度员欲恢复非故障停电区域之复电计画日趋复杂。

The paper intrduces the exchange CENTREX, dispatching equipment and the com-bination of them, and puts forward the methods of improving coalmining communication capabili-ty.

将交换机CENTREX功能用于煤矿调度机,从而提高煤矿通信综合能力。

A new multiqueue method with variable priority is presented to solve the real time dynamic scheduling problem of automatic transportation system in flexible electrophoresis production line.

提出可变优先级多重法,解决电泳柔性生产线自动输送系统实时动态调度问题。

This has the vital significance to catch on the kernel layer of operating system, to dialyse process principle, to discover and study the new Scheduling Algorithm.

这对深入理解操作系统核心层，透析进程原理，发现和研究新调度算法具有重要意义。

In order to schedule all kinds of tasks, a novel tasks scheduling algorithm named dual-priority queues for uniprocessor is presented.

为了多种实时的任务，提出了双优先级队列算法，用于每个处理器上的任务。

In this paper, the limit is broken through and a more general necessary and sufficient condition for schedulability is proposed.

突破这一限制，提出了更具一般的可分析判定充要条件。

With load growth of distribution systems, it becomes very complicated for dispatchers to obtain restoration plan for unfaulted but out-of-service areas.

中文摘要配系统由于负载持续成，当故障发生时，系统员欲恢复非故障停区域之复日趋复杂。

The paper intrduces the exchange CENTREX, dispatching equipment and the com-bination of them, and puts forward the methods of improving coalmining communication capabili-ty.

将交换机CENTREX功能用于煤矿机,从而提高煤矿通信的综合能力。

A new multiqueue method with variable priority is presented to solve the real time dynamic scheduling problem of automatic transportation system in flexible electrophoresis production line.

提出可变优先级的多重任务队列方法,解决泳柔生产线自动输送系统的实时动态问题。

This has the vital significance to catch on the kernel layer of operating system, to dialyse process principle, to discover and study the new Scheduling Algorithm.

这对深入理解操作系统核心层，透析进程原理，发现和研究新的算法具有重要意义。

In order to schedule all kinds of tasks, a novel tasks scheduling algorithm named dual-priority queues for uniprocessor is presented.

为了调度多种实时性的任务，提出了双优先级队列调度算法，调度每个处理器上的任务。

In this paper, the limit is broken through and a more general necessary and sufficient condition for schedulability is proposed.

突破这一限制，提出了更具一般性的可调度性分析判定充要条件。

With load growth of distribution systems, it becomes very complicated for dispatchers to obtain restoration plan for unfaulted but out-of-service areas.

中文摘要配电系统由负载持续成，当故障发生时，系统调度员欲恢复非故障停电区域之复电计画日趋复杂。

The paper intrduces the exchange CENTREX, dispatching equipment and the com-bination of them, and puts forward the methods of improving coalmining communication capabili-ty.

将交换机CENTREX功煤矿调度机,从而提高煤矿通信的综。

A new multiqueue method with variable priority is presented to solve the real time dynamic scheduling problem of automatic transportation system in flexible electrophoresis production line.

提出可变优先级的多重任务队列方法,解决电泳柔性生产线自动输送系统的实时动态调度问题。

This has the vital significance to catch on the kernel layer of operating system, to dialyse process principle, to discover and study the new Scheduling Algorithm.

这对深入理解操作系统核心层，透析进程原理，发现和研究新的调度算法具有重要意义。

In order to schedule all kinds of tasks, a novel tasks scheduling algorithm named dual-priority queues for uniprocessor is presented.

为了调度多种实时性的任务，提出了双优先级队列调度算法，用于调度每个处理器上的任务。

In this paper, the limit is broken through and a more general necessary and sufficient condition for schedulability is proposed.

突破这一限制，提出了更具一般性的可调度性分析判条件。

With load growth of distribution systems, it becomes very complicated for dispatchers to obtain restoration plan for unfaulted but out-of-service areas.

中文摘配系统由于负载持续成，当故障发生时，系统调度员欲恢复非故障域之复计画日趋复杂。

The paper intrduces the exchange CENTREX, dispatching equipment and the com-bination of them, and puts forward the methods of improving coalmining communication capabili-ty.

将交换机CENTREX功能用于煤矿调度机,从而提高煤矿通信的综合能力。

A new multiqueue method with variable priority is presented to solve the real time dynamic scheduling problem of automatic transportation system in flexible electrophoresis production line.

提出可变优先级的多重任务队列方法,解决泳柔性生产线自动输送系统的实时动态调度问题。

This has the vital significance to catch on the kernel layer of operating system, to dialyse process principle, to discover and study the new Scheduling Algorithm.

这对深入理解操作系统核心层，透析进程原理，发现和研究新的调度算法具有重意义。