Shamama Anwar

Birla Institute of Technology and Science, Pilani

Papers

Total Citations

H-Index

About

Shamama Anwar’s research lies at the intersection of cybernetics, swarm intelligence, and adaptive learning systems, with a focus on how autonomous agents can survive and function in dynamic, often hostile environments. Her most cited work, “Influence of Temperature on Swarmbots That Learn” (2008), explores how cybernetic systems can adapt their control strategies in response to environmental stressors—specifically temperature variations. This foundational study demonstrates that machines operating outdoors can achieve higher survivability when they incorporate learning mechanisms that account for physical conditions. While her citation count remains modest, Anwar’s contributions are notable for their forward-looking approach to embodied cognition and environmental resilience in robotics. Her work anticipates key challenges in outdoor autonomous systems, from agricultural drones to search-and-rescue robots, where adaptability to temperature extremes is critical. Anwar’s research offers a compelling framework for understanding how cybernetic learning can bridge the gap between controlled lab environments and the unpredictable real world, making her a thoughtful voice in the evolution of resilient swarm robotics.