Simulation of Reconfigurable Systems: from Control Code Simulation to Reflective Simulation
نویسنده
چکیده
Reconfigurable systems, that offer flexibility and robustness to efficiently manage quality of service in spite of uncertainties and disturbances, are a necessary evolution of classical controlled systems. As they can change their organization during their use, so their control laws, they become more complex. Two simulations types are presented to analyze such systems. The first one enables to check the behavior of the system controlled with the code that will be implemented. It is performed using a simulator based on virtual reality and physical engine. The second one takes parts in the reconfiguration procedure evaluation. It consists in the simulation of elements that simulate their own environment using their own models. A reconfigurable system using look-ahead simulation for its reconfiguration can then be simulated. The developments have been performed in collaboration with firms and Professor E. Kindler.
منابع مشابه
Development of a compression system dynamic simulation code for testing and designing of anti-surge control system
In recent years, several research activities have been conducted to develop knowledge in analysis, design and optimization of compressor anti-surge control system. Since the anti-surge control testing on a full-scale compressor is limited to possible consequences of failure, and also the experimental facility can be expensive to set up control strategies and logic, design process often involves...
متن کاملValidation of treatment planning system using simulation PRIMO code.
Introduction: In radiation therapy, in order to double-check the dosimetric results of the main treatment planning system (TPS), a distinct TPS, with few capacitances in terms of contouring and a variety of dose calculation algorithms is used. This system has the capability to double check the planification and the accurate prediction of dose distribution in order to be ensured...
متن کاملSiemens primus accelerator simulation using EGSnrc Monte Carlo code and gel dosimetry validation with optical computed tomography system by EGSnrc code
Monte Carlo method is the most accurate method for simulation of radiation therapy equipment. The linear accelerators (linac) are currently the most widely used machines in radiation therapy centers. Monte Carlo modeling of the Siemens Primus linear accelerator in 6 MeV beams was used. Square field size of 10 × 10 cm2 produced by the jaws was compared with TLD. Head simulation of Siemens accele...
متن کاملEvaluation of Lung Dose in Esophageal Cancer Radiotherapy Using Monte Carlo Simulation
Background and purpose: Radiation therapy make an important contribution in the control and treatment of cancers. Lungs are the main organs at risk in esophageal cancer radiotherapy. Difference between the dose distribution due to the treatment planning system (TPS) and the patient's body dose is dependent on the calculation of the treatment planning system algorithm, which is more pronounced i...
متن کاملAssessment of Effect Technical Directional Bremsstrahlung Splitting (DBS) on Spectra and Parameters of Simulation with Monte carlo Method BEAMnrc Code (Study Monte Carlo)
Introduction: Previous studies have shown that a Monte Carlo method for the transportations photon beam in medical linear accelerator is a good way. Strip of simulation can be used to measure the dose distribution in phantoms and patients' body. EGSnrc Code is the only code written for use in the field of radiation therapy that has many subset codes that BEAMnrc code is an impo...
متن کامل