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    • 2. 发明申请
    • PROCESS SIMULATION SOFTWARE AND HARDWARE ARCHITECTURE AND METHOD
    • 过程模拟软件和硬件体系结构和方法
    • WO2007080437A9
    • 2008-01-10
    • PCT/HU2007000002
    • 2007-01-15
    • KAPOSVARI EGYETERNFOLYAMATINFORMATIKA KUTATO FEJCSUKAS BELABANKUTI GYOENGYIBALOGH SANDOR
    • CSUKAS BELABANKUTI GYOENGYIBALOGH SANDOR
    • G06F9/46G06F17/50
    • G06F17/5022G06F17/5036G06F2217/86
    • There is disclosed a software architecture with multiple substantially equal first software modules and multiple substantially equal second software modules. The first software modules are programmed to represent a passive element and to establish on the basis of a set of predetermined rules a value of a state parameter. The set of predetermined rules establishing the values of the state parameters are defined so that a resulting output value of the rules may be calculated substantially without repeated cycles. The second software modules are programmed to represent an active element and to establish on the basis of a set of predetermined rules a change of a value of a state parameter. The set of predetermined rules are defined so that a resulting output value of the rules may be calculated substantially without repeated cycles. The suggested software architecture further comprises first connection means for communicating an output value of a state parameter from a first software module to the input of one or more second software modules, and second connection means for communicating an output value of a change of a state parameter from a second software module to the input of one or more first software modules. The suggested software architecture further comprises cycle control means cyclically causing the first software modules to establish the output values of state parameters substantially simultaneously, the first connection means to communicate output values from the first software module to the second software modules, the second software modules to establish the output values from their respective input state parameters substantially simultaneously, and the second connection means to communicate the output values from the second software module to the first software modules. There is further disclosed a hardware architecture for executing the software, and a method underlying the software.
    • 公开了具有多个基本相等的第一软件模块和多个基本相等的第二软件模块的软件体系结构。 第一软件模块被编程为表示无源元件并且基于一组预定规则建立状态参数的值。 定义建立状态参数值的一组预定规则,使得规则的结果输出值可以在没有重复周期的情况下被基本计算。 第二软件模块被编程为表示活动元件并且基于一组预定规则建立状态参数的值的改变。 预定义规则的集合被定义为使得规则的结果输出值可以基本上在没有重复周期的情况下被计算。 所建议的软件体系结构还包括用于将状态参数的输出值从第一软件模块传送到一个或多个第二软件模块的输入的第一连接装置以及用于传送状态参数的变化的输出值的第二连接装置 从第二软件模块到一个或多个第一软件模块的输入。 建议的软件体系结构还包括循环控制装置,其循环地使第一软件模块基本上同时建立状态参数的输出值,第一连接装置将来自第一软件模块的输出值传送到第二软件模块,第二软件模块 基本同时地从它们各自的输入状态参数建立输出值,并且第二连接装置将来自第二软件模块的输出值传送到第一软件模块。 还公开了用于执行该软件的硬件体系结构以及该软件的基础方法。
    • 4. 发明申请
    • PROCESS SIMULATION SOFTWARE AND HARDWARE ARCHITECTURE AND METHOD
    • 过程模拟软件和硬件架构及方法
    • WO2007080437A3
    • 2008-02-14
    • PCT/HU2007000002
    • 2007-01-15
    • KAPOSVARI EGYETERNFOLYAMATINFORMATIKA KUTATO FEJCSUKAS BELABANKUTI GYOENGYIBALOGH SANDOR
    • CSUKAS BELABANKUTI GYOENGYIBALOGH SANDOR
    • G06F9/46G06F17/50
    • G06F17/5022G06F17/5036G06F2217/86
    • There is disclosed a software architecture with multiple substantially equal first software modules and multiple substantially equal second software modules. The first software modules are programmed to represent a passive element and to establish on the basis of a set of predetermined rules a value of a state parameter. The set of predetermined rules establishing the values of the state parameters are defined so that a resulting output value of the rules may be calculated substantially without repeated cycles. The second software modules are programmed to represent an active element and to establish on the basis of a set of predetermined rules a change of a value of a state parameter. The set of predetermined rules are defined so that a resulting output value of the rules may be calculated substantially without repeated cycles. The suggested software architecture further comprises first connection means for communicating an output value of a state parameter from a first software module to the input of one or more second software modules, and second connection means for communicating an output value of a change of a state parameter from a second software module to the input of one or more first software modules. The suggested software architecture further comprises cycle control means cyclically causing the first software modules to establish the output values of state parameters substantially simultaneously, the first connection means to communicate output values from the first software module to the second software modules, the second software modules to establish the output values from their respective input state parameters substantially simultaneously, and the second connection means to communicate the output values from the second software module to the first software modules. There is further disclosed a hardware architecture for executing the software, and a method underlying the software.
    • 公开了具有多个基本相等的第一软件模块和多个基本相等的第二软件模块的软件体系结构。 第一软件模块被编程为表示无源元件,并且基于一组预定规则建立状态参数的值。 定义建立状态参数的值的一组预定规则,使得可以在不重复循环的情况下基本上计算所得到的规则的输出值。 第二软件模块被编程为表示有源元件,并且基于一组预定规则来建立状态参数的值的改变。 定义一组预定规则,使得可以基本上计算所得到的规则的输出值,而不需要重复的循环。 所提出的软件架构还包括用于将状态参数的输出值从第一软件模块传送到一个或多个第二软件模块的输入的第一连接装置,以及用于传送状态参数的变化的输出值的第二连接装置 从第二软件模块到一个或多个第一软件模块的输入。 建议的软件体系结构进一步包括循环控制装置循环地使第一软件模块基本上同时地建立状态参数的输出值,第一连接装置将来自第一软件模块的输出值传送到第二软件模块,第二软件模块 基本上同时从其各自的输入状态参数建立输出值,第二连接装置将来自第二软件模块的输出值传送到第一软件模块。 还公开了用于执行软件的硬件架构以及软件的基础。