Prakash Chandra

Papers

Total Citations

H-Index

About

Prakash Chandra is a robotics and cloud computing researcher whose work bridges the gap between autonomous systems and distributed intelligence. His most cited paper, "Design and Development of a Cloud Assisted Robot" (2018), with 13 citations, introduces a framework that offloads computationally intensive tasks—such as real-time data processing and decision-making—to cloud servers, enabling robots to operate with reduced onboard hardware while maintaining high responsiveness. This contribution is pivotal for scalable, cost-effective robotic deployments in environments like smart factories and remote monitoring. Chandra’s research focuses on integrating cloud architectures with robotic control systems, addressing challenges in latency, reliability, and energy efficiency. His work has influenced subsequent studies on cloud-robotic synergies, particularly in applications requiring continuous learning and adaptation. By demonstrating how cloud assistance can enhance robotic autonomy without sacrificing performance, Chandra has provided a foundational blueprint for next-generation cyber-physical systems. His findings are especially relevant for students and engineers exploring the intersection of IoT, edge computing, and robotics, offering practical insights into designing resilient, cloud-connected robotic platforms.