wiki:examples:pump_controller
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| wiki:examples:pump_controller [2012/10/20 19:22] – pmueller | wiki:examples:pump_controller [2012/10/20 19:23] – pmueller | ||
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| ====== Sump Controller ====== | ====== Sump Controller ====== | ||
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| This example presents the software necessary to realize a simplified pump controller which might be used in a mining environment. It is based on a case study presented in ((Burns and Wellings, Real-Time Systems and Programming Languages, Addison Wesley 2001)). | This example presents the software necessary to realize a simplified pump controller which might be used in a mining environment. It is based on a case study presented in ((Burns and Wellings, Real-Time Systems and Programming Languages, Addison Wesley 2001)). | ||
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| Pumping shall only start if the methane level is below a certain threshold. In case the pump is already running it shall stop automatically. | Pumping shall only start if the methane level is below a certain threshold. In case the pump is already running it shall stop automatically. | ||
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| Pumping shall only start if the methane level is below a certain threshold. In case the pump is already running it shall stop automatically. | Pumping shall only start if the methane level is below a certain threshold. In case the pump is already running it shall stop automatically. | ||
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| It is also possible to observe a real target which is connected to the graphical simulation. More information on how to connect an embedded target e.g. via a CAN communication link is available in the sinelabore manual. If you are interested in the model file or the generated code just send a mail to info at sinelabore dot com. | It is also possible to observe a real target which is connected to the graphical simulation. More information on how to connect an embedded target e.g. via a CAN communication link is available in the sinelabore manual. If you are interested in the model file or the generated code just send a mail to info at sinelabore dot com. | ||
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wiki/examples/pump_controller.txt · Last modified: 2022/08/17 19:41 by pmueller