A cavalcade processed through town.

马车队队从城里经过。

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，提出了双优先级队调度算法，用于调度每个处器上任务。

In addition for improving the performance of the system much more, one lockless queue memory management mechanism is applied into the system.

另外,为了进一步地提高系统性能,本文又引入了无互处队内存管。

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。

To multi-station(multiqueue) cyclic service system, this paper advances a grade compound new strategy of a development adjust service quantity to fit the station load unbalance system.

对于多站(多队)循环服务系统，本文提出一种可动态调整服务量分级复合型新策略，以适应站点负荷非均衡系统。

When the memory is accessed,the unit can execute some micro-operation which is optimized for memory access such as autoincrement and autodecrement in parallel and also support circular queue.

提出一种新型结构内存控单元,此单元在完成访存操作同时,可并行执行多种为访存优化微操作,如自增量和自减量操作,且可实现对循环队支持。

A cavalcade processed through town.

马车从城里经过。

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，出了双优先级调度算法，用于调度每个处理器上的任务。

In addition for improving the performance of the system much more, one lockless queue memory management mechanism is applied into the system.

另外,为了进一步地统的性能,本文又引入了无互斥的预处理内存管理机制。

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.

出可变优先级的多重任务法,解决电泳柔性生产线自动输送统的实时动态调度问题。

To multi-station(multiqueue) cyclic service system, this paper advances a grade compound new strategy of a development adjust service quantity to fit the station load unbalance system.

对于多站(多)循环服务统，本文出一种可动态调整服务量的分级复合型新策略，以适应站点负荷非均衡统。

When the memory is accessed,the unit can execute some micro-operation which is optimized for memory access such as autoincrement and autodecrement in parallel and also support circular queue.

出一种新型结构的内存控制单元,此单元在完成访存操作的同时,可并行执行多种为访存优化的微操作,如自增量和自减量操作,且可实现对循环的支持。

A cavalcade processed through town.

马车队队从城里经过。

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，提出了双优先级队调度算法，用于调度每个处理器上。

In addition for improving the performance of the system much more, one lockless queue memory management mechanism is applied into the system.

另外,为了进一步地提高系统性能,本文又引入了无互斥预处理队内存管理机制。

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队方法,解决电泳柔性生动输送系统实时动态调度问题。

To multi-station(multiqueue) cyclic service system, this paper advances a grade compound new strategy of a development adjust service quantity to fit the station load unbalance system.

对于多站(多队)循环服系统，本文提出一种可动态调整服量分级复合型新策略，以适应站点负荷非均衡系统。

When the memory is accessed,the unit can execute some micro-operation which is optimized for memory access such as autoincrement and autodecrement in parallel and also support circular queue.

提出一种新型结构内存控制单元,此单元在完成访存操作同时,可并行执行多种为访存优化微操作,如增量和减量操作,且可实现对循环队支持。

A cavalcade processed through town.

马车里经过。

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，提出了双优先级调度算法，用于调度每个处理器上的任。

In addition for improving the performance of the system much more, one lockless queue memory management mechanism is applied into the system.

另外,为了进一步地提高系统的性能,本文又引入了无互斥的预处理内存管理机制。

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。

To multi-station(multiqueue) cyclic service system, this paper advances a grade compound new strategy of a development adjust service quantity to fit the station load unbalance system.

对于多站(多)循环系统，本文提出一种可动态调整的分级复合型新策略，以适应站点负荷非均衡系统。

When the memory is accessed,the unit can execute some micro-operation which is optimized for memory access such as autoincrement and autodecrement in parallel and also support circular queue.

提出一种新型结构的内存控制单元,此单元在完成访存操作的同时,可并行执行多种为访存优化的微操作,如自增和自减操作,且可实现对循环的支持。

A cavalcade processed through town.

马车队队从城里经过。

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

为了多种实时性的任务，提出了双优先级队法，于每个处理器上的任务。

In addition for improving the performance of the system much more, one lockless queue memory management mechanism is applied into the system.

另外,为了进一步地提高系统的性能,本文又引入了无互斥的预处理队内存管理机制。

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方法,解决电泳柔性生产线自动输送系统的实时动问题。

To multi-station(multiqueue) cyclic service system, this paper advances a grade compound new strategy of a development adjust service quantity to fit the station load unbalance system.

对于多站(多队)循环服务系统，本文提出一种可动整服务量的分级复合型新策略，以适应站点负荷非均衡系统。

When the memory is accessed,the unit can execute some micro-operation which is optimized for memory access such as autoincrement and autodecrement in parallel and also support circular queue.

提出一种新型结构的内存控制单元,此单元在完成访存操作的同时,可并行执行多种为访存优化的微操作,如自增量和自减量操作,且可实现对循环队的支持。

A cavalcade processed through town.

马车从城里经过。

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

为了度多种实时性的任务，提出了双优先级度算法，用度每个处理器上的任务。

In addition for improving the performance of the system much more, one lockless queue memory management mechanism is applied into the system.

另外,为了进一步地提高系统的性能,本文又引入了无互斥的预处理内存管理机制。

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方法,解决电泳柔性生产线自动输送系统的实时动态度问。

To multi-station(multiqueue) cyclic service system, this paper advances a grade compound new strategy of a development adjust service quantity to fit the station load unbalance system.

多站(多)循环服务系统，本文提出一种可动态整服务量的分级复合型新策略，以适应站点负荷非均衡系统。

When the memory is accessed,the unit can execute some micro-operation which is optimized for memory access such as autoincrement and autodecrement in parallel and also support circular queue.

提出一种新型结构的内存控制单元,此单元在完成访存操作的同时,可并行执行多种为访存优化的微操作,如自增量和自减量操作,且可实现循环的支持。

A cavalcade processed through town.

马车队队从城里经。

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

调度多种实时性的任务，提出双优先级队调度算法，用于调度每个处理器上的任务。

In addition for improving the performance of the system much more, one lockless queue memory management mechanism is applied into the system.

另外,进一步地提高系统的性能,本文又引入无互斥的预处理队内存管理机制。

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.

提出变优先级的多重任务队方法,解决电泳柔性生产线自输送系统的实时调度问题。

To multi-station(multiqueue) cyclic service system, this paper advances a grade compound new strategy of a development adjust service quantity to fit the station load unbalance system.

对于多站(多队)循环服务系统，本文提出一种调整服务量的分级复合型新策略，以适应站点负荷非均衡系统。

When the memory is accessed,the unit can execute some micro-operation which is optimized for memory access such as autoincrement and autodecrement in parallel and also support circular queue.

提出一种新型结构的内存控制单元,此单元在完成访存操作的同时,并行执行多种访存优化的微操作,如自增量和自减量操作,且实现对循环队的支持。

A cavalcade processed through town.

马车队队从城里经过。

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，提出了双优先级队调度算法，用于调度每个处理器上的任务。

In addition for improving the performance of the system much more, one lockless queue memory management mechanism is applied into the system.

另外,为了进一步地提高系统的性能,本文又引入了无互斥的预处理队内存管理机制。

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。

To multi-station(multiqueue) cyclic service system, this paper advances a grade compound new strategy of a development adjust service quantity to fit the station load unbalance system.

对于多站(多队)循环服务系统，本文提出一种可动态调整服务量的分级复合型新，适应站点负荷非均衡系统。

When the memory is accessed,the unit can execute some micro-operation which is optimized for memory access such as autoincrement and autodecrement in parallel and also support circular queue.

提出一种新型结构的内存控制单元,此单元在完成访存操作的同时,可并行执行多种为访存优化的微操作,如自增量和自减量操作,且可实现对循环队的支持。

A cavalcade processed through town.

马车队队从城里经过。

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，提出了双级队调度算法，用于调度每个处理器上的任务。

In addition for improving the performance of the system much more, one lockless queue memory management mechanism is applied into the system.

另外,为了进一步地提高系统的性能,本文了无互斥的预处理队内存管理机制。

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.

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

To multi-station(multiqueue) cyclic service system, this paper advances a grade compound new strategy of a development adjust service quantity to fit the station load unbalance system.

对于多站(多队)循环服务系统，本文提出一种可动态调整服务量的分级复合型新策略，以适应站点负荷非均衡系统。

When the memory is accessed,the unit can execute some micro-operation which is optimized for memory access such as autoincrement and autodecrement in parallel and also support circular queue.

提出一种新型结构的内存控制单元,此单元在完成访存操作的同时,可并行执行多种为访存化的微操作,如自增量和自减量操作,且可实现对循环队的支持。