澳洲房地产学论文代写:框架模拟

澳洲房地产学论文代写:框架模拟

本研究为解决框架仿真问题提供了一种全新的思路。框架模拟通常作为伴随的连续步骤的冗余来完成:从信息结构中获取一个事件,进行一个阶段的模拟,以及(可能)彻底检查信息结构。只有当重新创建的事件数量很少时,这些模拟才是真实的。个人计算机和通信框架的后期发展带来了对新仪器的要求。到目前为止,数值模型在管理这些框架方面还存在不足,仿真被认为是主要的实用选择。令人震惊的是,由于问题的严重程度,模拟结果是不够的。例如,一个电话交换机在完成一个本地电话时产生大约100个对内通信。扩展电话交换机每秒可以处理100个或更多的电话。通过这种方式,模拟一个15分钟的电话交换机需要模拟大约1000万次通信,而这对于一个快速的单处理器来说需要几个小时。

澳洲房地产学论文代写:框架模拟
一种选择是通过分配仿真问题并实现相应的部分,从廉价的微型计算机和高数据传输线路的省钱计划中获益。不幸的是,在任何情况下,常规的模拟计算都不能轻松地分段并行实现。需要一种全新的处理多处理器仿真的方法。本研究展示了这样一种方法。物理框架(也称为系统)的模拟问题由一个或更多的物理过程组成。每个物理过程都是独立工作的,但它仍然必须与其他系统相连接。这种联系是通过通信实现的。通过(物理)程序传输的通信的实质依赖于该程序的质量(其介绍性状态、操作标准)和该程序通过这种方式获得的通信。许多真正的框架可以根据过程和通信进行演示。例如,在PC框架中,可以将CPU、循环、内存和使用通道终端视为过程;CPU可以通过发送请求或释放板空间的消息与板进行通信;工作段终端可以通过发送消息与CPU相关联,这些消息实际上是要应用的任务或任务。

澳洲房地产学论文代写:框架模拟

This study exhibits a completely new way to deal with the issue of framework simulation. A framework simulation is commonly done as a redundancy of the accompanying consecutive steps: getting hold of one event from an information structure, doing one stage of simulation, and (perhaps) overhauling the information structure. These simulations are realistic only when the quantity of incidents recreated is humble. Late advancements in PC and correspondence frameworks have brought about requests for new instruments for their examinations. Numerical models up to now have been deficient in managing these frameworks, and simulation is by all accounts the main practical option. Shockingly, simulation is turned out to be insufficient as a result of the sheer extent of the issue. For example, a phone switch produces around 100 inward correspondences in finishing a local call. Expansive phone switches can deal with 100 or further calls for every second. In this manner, simulation of a phone switch for 15 minutes of an actual period needs the simulation of about 10 million communications, which will need a few hours for a quick uni-processor.

澳洲房地产学论文代写:框架模拟
One option is benefiting from the money saving plans of inexpensive micro/minicomputers and high-data transmission lines by apportioning the simulation issue and implementing the parts in corresponding. Tragically, in any case, the regular simulation calculation does not effortlessly segment for parallel implementation. An altogether new way to deal with simulation for multiprocessors is needed. This study exhibits such a methodology. The issue of simulation of physical frameworks, likewise called systems, comprises of one or further physical procedures. Every physical procedure works on its own, still it has to be linked with other systems. This linkage is through correspondences. Substance of a correspondence transmitted through a (physical) procedure relies upon the qualities of the procedure (its introductory state, its standards of operation) and the correspondences that the procedure got in this way. Numerous genuine frameworks can be demonstrated as per the procedures and correspondences. For instance, in a PC framework, CPU, circles, memory, and employment passage terminals might be considered as procedures; the CPU might communicate with a plate by transmitting it messages asking for or discharging plate space; work section terminal might associate with the CPU by transmitting it messages, which are actually tasks or undertakings to be applied.

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