The Experts below are selected from a list of 1473 Experts worldwide ranked by ideXlab platform
Janetta Culita - One of the best experts on this subject based on the ideXlab platform.
-
Environment Communication and Control Systems Integrated on Teaching Platforms: Case Study: Double Water Tank System
2015 20th International Conference on Control Systems and Computer Science, 2015Co-Authors: Alexandru Dumitrascu, Cezar-stefan Istratescu, Dan Stefanoiu, Janetta CulitaAbstract:This paper introduces a solution for integrating Environment systems on teaching platforms using two components: Communication and primary control. The Communication relies on a bus and specific protocol. The primary control algorithms were implemented in MATLAB-SIMULINK Environment, while using Siemens S7-1200 PLC as acquisition server and some regular PC as a client, communicating to each other through the Mudbugs-TCP protocol. The teaching platform is represented by the double water tank system ASTANK2, after being equipped with sensors and actuators.
-
CSCS - Environment Communication and Control Systems Integrated on Teaching Platforms: Case Study: Double Water Tank System
2015 20th International Conference on Control Systems and Computer Science, 2015Co-Authors: Alexandru Dumitrascu, Cezar-stefan Istratescu, Dan Stefanoiu, Janetta CulitaAbstract:This paper introduces a solution for integrating Environment systems on teaching platforms using two components: Communication and primary control. The Communication relies on a bus and specific protocol. The primary control algorithms were implemented in MATLAB-SIMULINK Environment, while using Siemens S7-1200 PLC as acquisition server and some regular PC as a client, communicating to each other through the Mudbugs-TCP protocol. The teaching platform is represented by the double water tank system ASTANK2, after being equipped with sensors and actuators.
Alexandru Dumitrascu - One of the best experts on this subject based on the ideXlab platform.
-
Environment Communication and Control Systems Integrated on Teaching Platforms: Case Study: Double Water Tank System
2015 20th International Conference on Control Systems and Computer Science, 2015Co-Authors: Alexandru Dumitrascu, Cezar-stefan Istratescu, Dan Stefanoiu, Janetta CulitaAbstract:This paper introduces a solution for integrating Environment systems on teaching platforms using two components: Communication and primary control. The Communication relies on a bus and specific protocol. The primary control algorithms were implemented in MATLAB-SIMULINK Environment, while using Siemens S7-1200 PLC as acquisition server and some regular PC as a client, communicating to each other through the Mudbugs-TCP protocol. The teaching platform is represented by the double water tank system ASTANK2, after being equipped with sensors and actuators.
-
CSCS - Environment Communication and Control Systems Integrated on Teaching Platforms: Case Study: Double Water Tank System
2015 20th International Conference on Control Systems and Computer Science, 2015Co-Authors: Alexandru Dumitrascu, Cezar-stefan Istratescu, Dan Stefanoiu, Janetta CulitaAbstract:This paper introduces a solution for integrating Environment systems on teaching platforms using two components: Communication and primary control. The Communication relies on a bus and specific protocol. The primary control algorithms were implemented in MATLAB-SIMULINK Environment, while using Siemens S7-1200 PLC as acquisition server and some regular PC as a client, communicating to each other through the Mudbugs-TCP protocol. The teaching platform is represented by the double water tank system ASTANK2, after being equipped with sensors and actuators.
Matteo Monti - One of the best experts on this subject based on the ideXlab platform.
-
Stratégies de Communication au service de la formation: quelques outils pratiques [Effective Communication strategies to frame the trainer-trainee dialogue in the clinical setting].
Revue médicale suisse, 2020Co-Authors: David Gachoud, S. Félix, Matteo MontiAbstract:Communication between trainer and trainee plays a central role in teaching and learning in the clinical Environment. There are various strategies to frame the dialogue between trainee and trainer. These strategies allow trainers to be more effective in their supervision, which is important in our busy clinical Environment. Communication strategies are well adapted to both in- and out-patient settings, to both under- and postgraduate contexts. This article presents three strategies that we think are particularly useful. They are meant to give feedback, to ask questions and to present a case.
-
Effective Communication strategies to frame the trainer-trainee dialogue in the clinical setting
Revue médicale suisse, 2015Co-Authors: David Gachoud, S. Félix, Matteo MontiAbstract:: Communication between trainer and trainee plays a central role in teaching and learning in the clinical Environment. There are various strategies to frame the dialogue between trainee and trainer. These strategies allow trainers to be more effective in their supervision, which is important in our busy clinical Environment. Communication strategies are well adapted to both in- and out-patient settings, to both under- and postgraduate contexts. This article presents three strategies that we think are particularly useful. They are meant to give feedback, to ask questions and to present a case.
Sergio Maria Savaresi - One of the best experts on this subject based on the ideXlab platform.
-
smartphone based vehicle to driver Environment interaction system for motorcycles
IEEE Embedded Systems Letters, 2010Co-Authors: Cristiano Spelta, Andrea Goggi, Vincenzo Manzoni, Andrea Corti, Sergio Maria SavaresiAbstract:This letter concerns the definition and the implementation of an add-on interaction system for motorcycles. The system consists of a vehicle-to-driver and a vehicle-to-Environment Communication mechanism, which is based on a smartphone core and on a wireless Bluetooth medium. The system is focused to increase the safety level of a motorcycle and it is constituted by a vehicle with a CAN bus, a compact embedded electronic unit implementing a CAN-to-Bluetooth gateway, a smartphone and a Bluetooth helmet. The driver-to-vehicle interaction is based on an audio interaction located at helmet level. The driver-to-Environment is represented by Communication via the HTTP protocol. The vocal synthesis, the speech recognition, and the gateway to the web server are implemented on the smartphone. This letter presents the hardware architecture, the software architecture and some case-study implementation issues. An evaluation of the critical aspects of the system is also provided.
-
Smartphone-based vehicle-to-driver/Environment interaction system for motorcycles
IEEE Embedded Systems Letters, 2010Co-Authors: Cristiano Spelta, Andrea Goggi, Vincenzo Manzoni, Andrea Corti, Sergio Maria SavaresiAbstract:This letter concerns the definition and the implementation of an add-on interaction system for motorcycles. The system consists of a vehicle-to-driver and a vehicle-to-Environment Communication mechanism, which is based on a smartphone core and on a wireless Bluetooth medium. The system is focused to increase the safety level of a motorcycle and it is constituted by a vehicle with a CAN bus, a compact embedded electronic unit implementing a CAN-to-Bluetooth gateway, a smartphone and a Bluetooth helmet. The driver-to-vehicle interaction is based on an audio interaction located at helmet level. The driver-to-Environment is represented by Communication via the HTTP protocol. The vocal synthesis, the speech recognition, and the gateway to the web server are implemented on the smartphone. This letter presents the hardware architecture, the software architecture and some case-study implementation issues. An evaluation of the critical aspects of the system is also provided.
Dan Stefanoiu - One of the best experts on this subject based on the ideXlab platform.
-
Environment Communication and Control Systems Integrated on Teaching Platforms: Case Study: Double Water Tank System
2015 20th International Conference on Control Systems and Computer Science, 2015Co-Authors: Alexandru Dumitrascu, Cezar-stefan Istratescu, Dan Stefanoiu, Janetta CulitaAbstract:This paper introduces a solution for integrating Environment systems on teaching platforms using two components: Communication and primary control. The Communication relies on a bus and specific protocol. The primary control algorithms were implemented in MATLAB-SIMULINK Environment, while using Siemens S7-1200 PLC as acquisition server and some regular PC as a client, communicating to each other through the Mudbugs-TCP protocol. The teaching platform is represented by the double water tank system ASTANK2, after being equipped with sensors and actuators.
-
CSCS - Environment Communication and Control Systems Integrated on Teaching Platforms: Case Study: Double Water Tank System
2015 20th International Conference on Control Systems and Computer Science, 2015Co-Authors: Alexandru Dumitrascu, Cezar-stefan Istratescu, Dan Stefanoiu, Janetta CulitaAbstract:This paper introduces a solution for integrating Environment systems on teaching platforms using two components: Communication and primary control. The Communication relies on a bus and specific protocol. The primary control algorithms were implemented in MATLAB-SIMULINK Environment, while using Siemens S7-1200 PLC as acquisition server and some regular PC as a client, communicating to each other through the Mudbugs-TCP protocol. The teaching platform is represented by the double water tank system ASTANK2, after being equipped with sensors and actuators.