WEX-HIL: Design of a Wireless Extensible hardware-in-the-loop real-time simulator for electric vehicle applications
| Autor: | Fnu Qingele, Fong Mak, Idrees Alzahid, Yong-Kyu Jung |
|---|---|
| Rok vydání: | 2016 |
| Předmět: |
Commercial software
business.industry Computer science 020208 electrical & electronic engineering Hardware-in-the-loop simulation 02 engineering and technology Turnaround time Extensibility 020202 computer hardware & architecture Software Embedded system 0202 electrical engineering electronic engineering information engineering Wireless Software design business Field-programmable gate array Simulation |
| Zdroj: | FIE |
| DOI: | 10.1109/fie.2016.7757459 |
| Popis: | A real-time simulator is an essential tool for swiftly designing and verifying embedded time-sensitive and/or real-time applications in both academia and industry. An FPGA-based wireless extensible hardware-in-the-loop (WEX-HIL) real-time simulator was developed for designing subsystems of an electrical vehicle (EV). The WEX-HIL platform is capable of providing a design and test environment of virtual and real embedded system prototypes for academic research and education. The WEX-HIL platform permits a relatively quick turnaround time for software model development. The FPGA-based virtual hardware prototyping is also effectively done with the WEX-HIL platform by interfacing software models executing in the baseline real-time simulator with the virtual prototypes. Furthermore, the proposed real-time simulation platform provides a user friendly GUI-based model development environment with the commercial software IDEs from high-level to low-level and with the hardware IDEs from simulation to synthesis. The WEX-HIL platform particularly offers an ample means of integrating software and hardware models and virtual and real prototypes via high-speed wire and flexible wireless communications. The WEX-HIL real-time simulation achieved 2.89% of distance error accuracy with the sensing system, 2.5× faster acceleration and 0.3% HIL simulation error, the 50 µs responding timing constraints, and intuitive intra and inter model and prototype integration at different abstract levels in SIL and HIL real-time simulations. With the WEX-HIL platform, a comprehensive hands-on multi-inter-disciplinary course in Electrical and Computer Engineering was created and offered. The course comprises a series of the subjects for successful designing and utilizing the WEX-HIL platform and related applications in Computer, Communication, Electrical and Power-Electronics Engineering. Hands-on laboratories equipped with hardware/software design tools were also developed for further experiments of current and emerging applications in the embedded and real-time systems. The proposed course is expected to alleviate the technology gap developed and utilized between industry and academia. |
| Databáze: | OpenAIRE |
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