Back close

Towards Next-generation Adaptable Computing

Start Date: Friday, May 01,2015

End Date: Monday, Aug 31,2015

School: School of Engineering, Coimbatore

Project Incharge:Dr. Madhura Purnaprajna
Towards Next-generation Adaptable Computing

Computationally intensive applications are very diverse. As a consequence, the next generation computing architectures are expected to be heterogeneous—comprising variable granularity computing blocks with varied communication mechanisms. Capturing this heterogeneity across applications is an area of research that has a profound impact in the definition of its architectural features. The focus of this research is to explore the possibility of compiling applications onto custom compute units, where application-level diversity decides architectural adaptability. A single adaptable compute fabric is defined that adapts to application level characteristics using run-time reconfiguration. This project will involve exploring architectural adaptability by redefining the composition of a reconfigurable fabric that adapts to application needs, during run-time.

Related Projects

Total Synthesis of modified Berberines – A preliminary anti-cancer study
Total Synthesis of modified Berberines – A preliminary anti-cancer study
VLSI architecture for Reliability based soft decision decoding of turbo codes for satellite communication
VLSI architecture for Reliability based soft decision decoding of turbo codes for satellite communication
Innovation Management in the Indian IT Industry and to Develop Strategies for Commercializing Innovative IT Products and Services
Innovation Management in the Indian IT Industry and to Develop Strategies for Commercializing Innovative IT Products and Services
Development of a method to Control Ultraviolet Radiation in welding Processes
Development of a method to Control Ultraviolet Radiation in welding Processes
Durability of High Performance Nano Adhesive Bonding of Aluminium under Aerospace Environments
Durability of High Performance Nano Adhesive Bonding of Aluminium under Aerospace Environments
Admissions Apply Now