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Projects
| • Processor in the Loop | The PIL methodology allows the user to test the actual control software running in a dedicated processor that controls a virtual prototype of the plant. | |
| • Power Hardware in the Loop | ||
| • High Speed Interface for Real Time Simulation | A custom interface is developed to address the timing issues introduced by the presence of switching circuits in the simulated system, maintaining appropriate accuracy in the testing procedure. | |
| • Multi-Serial Interface for Agent Based Simulation | VTB is a simulation platform and it maybe become necessary to interface VTB with external devices or agents. Thus the need for a multiple port interface is necessary. | |
| • Fuzzy-based diagnostics for electrical drives | ||
| • Real-Time Hardware in the Loop Simulation | Real-time HIL simulation replaces the emulated hardware under test or control logic in the simulation model with real hardware that interacts with the computer models. | |
| • Modular Linear Motor | ||
| • Implementation of TET transformers | ||
| • DSP-based platforms for real-time simulation | Set up of a real-time environment for the Virtual Test Bed using DSP’s powerful computational performance. | |
| • API techniques using Active-X for co-simulation purpose | ||
| • Nonlinear Control Design via Symbolic Computation | The Synergetic Control Technique is applied to motor drive systems. The design, simulation and implementation are aided by a tool based on symbolic computing. | |
| • VXI-based Real Time Simulation | Use of a VXI system as a simulation platform for parallel and distributed real-time simulations. | |
| • FPGA-based systems | Application of FPGA devices in current projects. | |
| • Future Energy Challenge 2003 | USC award winning project in the FEC 2003 competition. |
A prototype of an axial flux permanent magnet motor developed at REM Lab
