分布式实时系统在宇航、核反应、军事和工业等部门应用极为广泛,这些领域对系统本身的安全性和可靠性要求极高,因此如何开发出正确的分布式实时应用系统是一个关键问题.为了对分布式实时系统进行建模,我们提出了TFSP(Timed Finite State...分布式实时系统在宇航、核反应、军事和工业等部门应用极为广泛,这些领域对系统本身的安全性和可靠性要求极高,因此如何开发出正确的分布式实时应用系统是一个关键问题.为了对分布式实时系统进行建模,我们提出了TFSP(Timed Finite State Processes),即时间有限状态进程.TFSP扩展了Magee等人提出的FSP(Finite State Processes)[1].展开更多
One way of increasing the computational speed is by using multiple computers operating together on a sin-gle problem. The overall problem is split into parts, each of which is performed by a separate processor in para...One way of increasing the computational speed is by using multiple computers operating together on a sin-gle problem. The overall problem is split into parts, each of which is performed by a separate processor in parallel.Writing programs for this form of computation is known as parallel programming. Equipped by electrical power moni-toring system of Shanghai Hongqiao international airport, this report clarifies the methods of parallel processing.展开更多
文摘分布式实时系统在宇航、核反应、军事和工业等部门应用极为广泛,这些领域对系统本身的安全性和可靠性要求极高,因此如何开发出正确的分布式实时应用系统是一个关键问题.为了对分布式实时系统进行建模,我们提出了TFSP(Timed Finite State Processes),即时间有限状态进程.TFSP扩展了Magee等人提出的FSP(Finite State Processes)[1].
文摘One way of increasing the computational speed is by using multiple computers operating together on a sin-gle problem. The overall problem is split into parts, each of which is performed by a separate processor in parallel.Writing programs for this form of computation is known as parallel programming. Equipped by electrical power moni-toring system of Shanghai Hongqiao international airport, this report clarifies the methods of parallel processing.
