1. Ongoing Projects
CREST II
TITLE: Coarse Grain Reconfigurable Embedded Systems Technology–(CREST) II – Applications
DURATION: 01/04/2016 – Till Date
COLLABORATORS: KTH Sweden, IIT Delhi, IISC, Morphing Machines
FUNDING AGENCIES: Vinnova, Sweden; DST, India
DESCRIPTION: Objective of this project is to implement two industrial embedded systems applications using Coarse Grain Reconfigurable Architecture and Methodology developed by the collaborating institutes. The first application is a high performance control loop in a digital pre-distortion based linearization system for power amplifiers and the second is a computer vision basedprocessing system for building next generation Driver Assists for automobiles. A chip will be manufactured as part of the project.
DURATION: 01/04/2016 – Till Date
COLLABORATORS: KTH Sweden, IIT Delhi, IISC, Morphing Machines
FUNDING AGENCIES: Vinnova, Sweden; DST, India
DESCRIPTION: Objective of this project is to implement two industrial embedded systems applications using Coarse Grain Reconfigurable Architecture and Methodology developed by the collaborating institutes. The first application is a high performance control loop in a digital pre-distortion based linearization system for power amplifiers and the second is a computer vision basedprocessing system for building next generation Driver Assists for automobiles. A chip will be manufactured as part of the project.
Reactive Programming for REDEFINE
TITLE: Reactive programming and compilation for the REDEFINE manycore
DURATION:
COLLABORATORS: IISC, INRIA, Morphing Machines, Safran
FUNDING AGENCY: CEFIPRA
DESCRIPTION: Modern aircrafts both with piston and jet engines are supported by a Full Authority Digital Engine (or Electronics) Control System, typically consisting of a digital computer. Such a system is commonly referred to as FADEC. A FADEC works by receiving multiple input variables of the current flight condition including air density, throttle lever position, engine temperatures, engine pressures, and many other parameters. The objective of the project is to realize a FADEC on REDEFINE, a massively parallel, reconfigurable manycore system for safety criticality. To provide the expected levels of safety, by design, the project will rely on synchronous reactive programming, and extend it to enable automatic parallelization and mapping of the FADEC to the REDEFINE architecture.
DURATION:
COLLABORATORS: IISC, INRIA, Morphing Machines, Safran
FUNDING AGENCY: CEFIPRA
DESCRIPTION: Modern aircrafts both with piston and jet engines are supported by a Full Authority Digital Engine (or Electronics) Control System, typically consisting of a digital computer. Such a system is commonly referred to as FADEC. A FADEC works by receiving multiple input variables of the current flight condition including air density, throttle lever position, engine temperatures, engine pressures, and many other parameters. The objective of the project is to realize a FADEC on REDEFINE, a massively parallel, reconfigurable manycore system for safety criticality. To provide the expected levels of safety, by design, the project will rely on synchronous reactive programming, and extend it to enable automatic parallelization and mapping of the FADEC to the REDEFINE architecture.
Novel Methods of Logic Analysis and Optimization for Reconfigurable Computer Architectures
TITLE: Novel Methods of Logic Analysis and Optimization for Reconfigurable Computer Architectures
DURATION: 2017 – Till Date
COLLABORATORS: IISC, Novosibirsk State University
FUNDING AGENCY: DST
DURATION: 2017 – Till Date
COLLABORATORS: IISC, Novosibirsk State University
FUNDING AGENCY: DST
Safran-IISc
TITLE: Avionics Applications on a 256 Node REDEFINE MPP
DURATION: 2014 – Till Date
COLLABORATORS: IISc, Morphing Machines, Safran
FUNDING AGENCIES: Safran
DESCRIPTION:
DURATION: 2014 – Till Date
COLLABORATORS: IISc, Morphing Machines, Safran
FUNDING AGENCIES: Safran
DESCRIPTION:
2. Completed Projects
Virtualization and Security aware Multi-core Architecture
TITLE: Virtualization and Security aware Multi-core Architecture
DURATION: 2013 – 2015
FUNDING AGENCY: DEITY
DURATION: 2013 – 2015
FUNDING AGENCY: DEITY
Face Recognition on a Coarse Grain Reconfigurable Architecture
TITLE: Face Recognition on a Coarse Grain Reconfigurable Architecture
DURATION: 2011 – 2014
FUNDING AGENCY: DRDO
DURATION: 2011 – 2014
FUNDING AGENCY: DRDO
Multidisciplinary Research Field, which combines Information & Communications Technology with other fields
TITLE: Multidisciplinary Research Field, which combines Information & Communications Technology with other fields
DURATION: 2010 – 2013
FUNDING AGENCY: DST
DURATION: 2010 – 2013
FUNDING AGENCY: DST
Reconfigurable Computational Structures for CMPs/MP-SoC Platforms
TITLE: Reconfigurable Computational Structures for CMPs/MP-SoC Platforms
DURATION: 2007 – 2011
FUNDING AGENCY: DEITY
DURATION: 2007 – 2011
FUNDING AGENCY: DEITY
TI-IISC Research Collaboration on System on Design Methodology
TITLE: TI-IISC Research Collaboration on System on Design Methodology
DURATION: 2005 – 2007
FUNDING AGENCY: Texas Instruments
DURATION: 2005 – 2007
FUNDING AGENCY: Texas Instruments
Application Programmable Systems on Silicon
TITLE: Application Programmable Systems on Silicon
DURATION: 2002 – 2005
FUNDING AGENCY: SMSY
DURATION: 2002 – 2005
FUNDING AGENCY: SMSY
CODENS: Hardware Software Codesign of Network Switches
TITLE: CODENS: Hardware Software Codesign of Network Switches
DURATION: 2001 – 2004
FUNDING AGENCY: DST
DURATION: 2001 – 2004
FUNDING AGENCY: DST
Design and Implementation of Low Overhead Microkernel with Downsized TCP/IP Protocol for Parallel System
TITLE: Design and Implementation of Low Overhead Microkernel with Downsized TCP/IP Protocol for Parallel System
DURATION: 1999 – 2001
FUNDING AGENCY: Dept of Atomic Energy
DURATION: 1999 – 2001
FUNDING AGENCY: Dept of Atomic Energy
Design Automation of VLSI Systems for High Performance Digital Signal Processing
TITLE: Design Automation of VLSI Systems for High Performance Digital Signal Processing
DURATION: 1994 – 2001
FUNDING AGENCY: NCOR
DURATION: 1994 – 2001
FUNDING AGENCY: NCOR
