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    • 1. 发明申请
    • A METHOD AND A SYSTEM FOR ONLINE AND DYNAMIC SCHEDULE CONFIGURATION OF CONTROL APPLICATIONS IN A DISTRIBUTED CONTROL SYSTEM
    • 用于分布式控制系统中控制应用的在线和动态调度表配置的方法和系统
    • WO2012176017A1
    • 2012-12-27
    • PCT/IB2011/003148
    • 2011-12-23
    • ABB RESEARCH LTDGHOSH, SanjayD, Atul KumarWAHLER, MichaelRAMASWAMY, SriniREDDY, Rakesh
    • GHOSH, SanjayD, Atul KumarWAHLER, MichaelRAMASWAMY, SriniREDDY, Rakesh
    • G05B19/418
    • G05B15/02G05B19/0426G05B19/41835G05B19/41865G05B2219/25229Y02P90/12Y02P90/20
    • The invention relates to a method of online and dynamic schedule configuration of control applications in a Distributed Control System (DCS). The invention considers having a DCS with a plurality of controllers, where controllers include one or more of source controllers and one or more of destination controllers. The method of the invention comprises the steps of: a) selecting one or more blocks of control applications in an optimal manner. Such blocks of control applications in one or more source controllers can be migrated across one or more destination controllers; b) identifying one or more potential slots for executing blocks in one or more destination controllers. These potential slots are employed for accommodating the said selected one or more blocks of control applications accordingly; c) publishing the information pertaining to one or more of the said identified potential slots to a central management entity or to corresponding one or more said source controllers by the one or more destination controllers; d) determining said one or more potential slots and its corresponding said selected block thereto for each of the said destination controller accordingly by the central management entity or by the said one or more source controller; and e) proposing schedule configuration of control applications by the said central management entity or by the said one or more source controller; and f) performing schedulability analysis for each of the said one or more blocks or of its logical combination thereof. The invention also relate to a system for performing online and dynamic schedule configuration of control applications in a Distributed Control System (DCS) having a plurality of controllers, in accordance with the method of the invention.
    • 本发明涉及在分布式控制系统(DCS)中的控制应用的在线和动态调度配置的方法。 本发明考虑具有多个控制器的DCS,其中控制器包括一个或多个源控制器和一个或多个目的地控制器。 本发明的方法包括以下步骤:a)以最佳方式选择一个或多个控制应用块。 一个或多个源控制器中的这些控制应用程序块可以跨越一个或多个目标控制器进行迁移; b)识别用于在一个或多个目的地控制器中执行块的一个或多个潜在时隙。 这些潜在的槽被用于相应地容纳所选择的一个或多个控制应用块; c)通过所述一个或多个目的地控制器向所述中央管理实体或相应的一个或多个所述源控制器发布与所述所述识别的一个或多个潜在时隙有关的信息; d)由中央管理实体或所述一个或多个源控制器相应地为每个所述目的地控制器确定所述一个或多个潜在时隙及其对应的所述选择块; 以及e)由所述中央管理实体或所述一个或多个源控制器提出控制应用的调度配置; 以及f)对所述一个或多个块或其逻辑组合中的每一个执行可调度性分析。 本发明还涉及根据本发明的方法的用于在具有多个控制器的分布式控制系统(DCS)中执行控制应用的在线和动态调度配置的系统。
    • 4. 发明申请
    • DYNAMIC CONFIGURATION OF AN INDUSTRIAL CONTROL SYSTEM
    • 工业控制系统动态配置
    • WO2013113812A1
    • 2013-08-08
    • PCT/EP2013/051895
    • 2013-01-31
    • ABB RESEARCH LTD
    • OBERMEIER, SebastianHADELI, HadeliWAHLER, MichaelSTOETER, SaschaHRISTOVA, Ana
    • G05B19/042G06F21/50G06F21/57
    • G05B15/02G05B19/0428H04L63/20
    • The invention relates to a controller module (7) for the dynamic configuration of an industrial control system, comprising: a current settings receiver (71) configured to receive current configuration and security settings of the industrial control system;a changed settings receiver (72) configured to receive changed configuration settings of the industrial control system; a settings analyzer (73) configured to determine, on the basis of the current configuration and security settings and the changed configuration settings, updated configuration and security settings of the industrial control system; and a dynamic activator (74) configured to dynamically establish at least one communication path in order to activate updated configuration and security settings of the industrial control system.
    • 本发明涉及一种用于工业控制系统的动态配置的控制器模块(7),包括:当前设置接收器(71),被配置为接收工业控制系统的当前配置和安全设置;改变的设置接收器(72) 配置为接收工业控制系统的改变的配置设置; 设置分析器(73),其被配置为基于当前配置和安全设置以及改变的配置设置来确定工业控制系统的更新的配置和安全设置; 以及动态激活器(74),被配置为动态地建立至少一个通信路径,以激活所述工业控制系统的更新的配置和安全设置。
    • 5. 发明申请
    • OPERATING A PROGRAMMABLE LOGIC CONTROLLER
    • 操作可编程逻辑控制器
    • WO2014044792A2
    • 2014-03-27
    • PCT/EP2013/069567
    • 2013-09-20
    • ABB RESEARCH LTD
    • OBERMEIER, SebastianWAHLER, MichaelLOCHER, ThomasSTOETER, Sascha
    • G05B19/05G05B9/02G06F21/60
    • G05B19/0426G05B19/056G05B19/058G05B2219/1179G05B2219/13109G05B2219/13196G05B2219/13198G05B2219/24214G06F8/65
    • A programmable logic controller (14) for an industrial control system (10) comprises an application logic execution layer (42) and at least one of an update checking layer (40) and an output checking layer (44). The application logic layer (42) is adapted for receiving sensor input data (32) from at least one sensor (16) coupled to the programmable logic controller (14) and for processing the sensor input data (32) to generate an output parameter (30) for an actuator (18). The output checking layer (44) is adapted for receiving the output parameter (30), for checking the output parameter, whether the output parameter is an allowed output parameter corresponding to a list (52) of allowed output parameters; and for outputting only an allowed output parameter to the actuator (16). The update checking layer (40) is adapted for receiving application logic update data (50), wherein the application logic update data contains information for updating the application logic (43). The update checking layer (40) is adapted for checking the application logic update data (50), whether the application logic update data is allowed application logic update data, by verifying, whether every application logic update defined by the application logic update data (50) corresponds to an application logic update in a list (48) of allowed logic updates, and for updating the application logic (43), only if the update data is allowed application logic update data.
    • 一种用于工业控制系统(10)的可编程逻辑控制器(14)包括应用逻辑执行层(42)和更新检查层(40)和输出检验层(44)中的至少一个。 应用逻辑层(42)适于从耦合到可编程逻辑控制器(14)的至少一个传感器(16)接收传感器输入数据(32)并且用于处理传感器输入数据(32)以产生输出参数 30)用于致动器(18)。 输出检查层(44)适于接收输出参数(30),用于检查输出参数,输出参数是否是对应于允许输出参数的列表(52)的允许输出参数; 并且仅将允许的输出参数输出到致动器(16)。 更新检查层(40)适于接收应用逻辑更新数据(50),其中应用逻辑更新数据包含用于更新应用逻辑(43)的信息。 更新检查层(40)适于通过验证由应用程序逻辑更新数据(50)定义的每个应用程序逻辑更新来检查应用程序逻辑更新数据(50),无论应用程序逻辑更新数据是否被允许应用程序逻辑更新数据 )对应于允许的逻辑更新的列表(48)中的应用程序逻辑更新,并且仅在更新数据被允许应用程序逻辑更新数据时才更新应用程序逻辑(43)。
    • 9. 发明公开
    • OPERATING A PROGRAMMABLE LOGIC CONTROLLER
    • BETRIEB EINER PROGRAMMIBAREN LOGIKSTEUERUNG
    • EP2898379A2
    • 2015-07-29
    • EP13765731.8
    • 2013-09-20
    • ABB Research Ltd.
    • OBERMEIER, SebastianWAHLER, MichaelLOCHER, ThomasSTOETER, Sascha
    • G05B19/05G05B9/02G06F21/60
    • G05B19/0426G05B19/056G05B19/058G05B2219/1179G05B2219/13109G05B2219/13196G05B2219/13198G05B2219/24214G06F8/65
    • A programmable logic controller (14) for an industrial control system (10) comprises an application logic execution layer (42) and at least one of an update checking layer (40) and an output checking layer (44). The application logic layer (42) is adapted for receiving sensor input data (32) from at least one sensor (16) coupled to the programmable logic controller (14) and for processing the sensor input data (32) to generate an output parameter (30) for an actuator (18). The output checking layer (44) is adapted for receiving the output parameter (30), for checking the output parameter, whether the output parameter is an allowed output parameter corresponding to a list (52) of allowed output parameters; and for outputting only an allowed output parameter to the actuator (16). The update checking layer (40) is adapted for receiving application logic update data (50), wherein the application logic update data contains information for updating the application logic (43). The update checking layer (40) is adapted for checking the application logic update data (50), whether the application logic update data is allowed application logic update data, by verifying, whether every application logic update defined by the application logic update data (50) corresponds to an application logic update in a list (48) of allowed logic updates, and for updating the application logic (43), only if the update data is allowed application logic update data.
    • 一种用于工业控制系统(10)的可编程逻辑控制器(14)包括应用逻辑执行层(42)和更新检查层(40)和输出检验层(44)中的至少一个。 应用逻辑层(42)适于从耦合到可编程逻辑控制器(14)的至少一个传感器(16)接收传感器输入数据(32)并且用于处理传感器输入数据(32)以产生输出参数 30)用于致动器(18)。 输出检查层(44)适于接收输出参数(30),用于检查输出参数,输出参数是否是对应于允许输出参数的列表(52)的允许输出参数; 并且仅将允许的输出参数输出到致动器(16)。 更新检查层(40)适于接收应用逻辑更新数据(50),其中应用逻辑更新数据包含用于更新应用逻辑(43)的信息。 更新检查层(40)适于通过验证由应用程序逻辑更新数据(50)定义的每个应用程序逻辑更新来检查应用程序逻辑更新数据(50),无论应用程序逻辑更新数据是否被允许应用程序逻辑更新数据 )对应于允许的逻辑更新的列表(48)中的应用程序逻辑更新,并且仅在更新数据被允许应用程序逻辑更新数据时才更新应用程序逻辑(43)。