Back close

Energy-aware Programming 

Project Incharge:Dr. Jinesh M. K.
Co-Project Incharge:Dr. Sriram Sankaran
Energy-aware Programming 

With the rising prevalence of embedded devices in the Internet of Things (IoT), it has become essential to program these devices effectively to enable innovative applications across multiple domains. These devices, which range from small sensors to large data centers, have limited resources and require energy-efficient programming solutions to extend their lifespan. Developing such programming solutions is challenging due to differing application requirements, hardware specifications, and energy budgets. This project try to identify new requirements for energy-aware programming and enumerate numerous open research challenges and future directions based on energy-aware programming

Related Projects

Transformation, Expression and Activity Analysis of Recombinant Staphylococcus Autolysin in Bacillus
Transformation, Expression and Activity Analysis of Recombinant Staphylococcus Autolysin in Bacillus
Quantifying Glacier Retreat and Elevated Lake Growth Using Remote Sensing for Disaster Management in Western Himalaya
Quantifying Glacier Retreat and Elevated Lake Growth Using Remote Sensing for Disaster Management in Western Himalaya
Distributed Energy Resources Market Management with Cyber-physical Co-simulation Framework for Effective Electric Grid Resilience-Typhoon Hil
Distributed Energy Resources Market Management with Cyber-physical Co-simulation Framework for Effective Electric Grid Resilience-Typhoon Hil
Indoor Information Representation and Management System
Indoor Information Representation and Management System
Tetracycline Augments the Anti-biofilm Potential of Essential Oils and D-Amino Acids Against Pseudomonas Aeruginosa
Tetracycline Augments the Anti-biofilm Potential of Essential Oils and D-Amino Acids Against Pseudomonas Aeruginosa
Admissions Apply Now