• High level objective: Develop next generation VLSI/ SoCs and Testbeds
  • Leverage Amrita University's expertise on Wireless Network, Cyber Security and Analog Design
  • Utilize University of Tokyo's expertise on Algorithms and Programmable hardware
     

Objectives

  • Build a low cost, PC based, robust testbed to test embedded software running on Design Under Test (typically a micro-controller) using a hybrid approach, combining both event driven and Time triggering mechanisms to satisfy both timeliness and schedulability properties of a terstbed.
  • To use PMEs techniques (Patterns for Migration of Embedded Systems) to migrate the design of an Insulin Pump prototype from a complex, error prone, event driven architecture to simpler time triggered architure, that has been deterministic experience.
     

Team Members

Achievements:

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  • Joint Publication, "MAESTRO: A Time-Driven Embedded Testbed Architecture with Event-Driven 3 Synchronization" co-authored by Sriram Karunagaran (PhD Student, Amrita) and Dr. Fujita at RTAS (IEEE Real Time Technology and Applications Symposium premier conference in the area of Embedded Systems
  • FDP by Dr. Fujita to Engineering School Faculty, August 2014
  • Distinguished Lecture by Dr. Fujita to VLSI Students and Faculty, August 2014
     
Project Details
PI: 
Dr. Maneesha V. Ramesh
Dr. Masahiro Fujitha
Co Pi: 
Dr. Bibhudatta Sahoo
Funding Agency: 
Department of Science and Technology (DST)