Pranav Srivastava

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About

Pranav Srivastava’s research centers on the intersection of multi-robot systems, communication-aware control, and constrained autonomy. His most recognized contribution, "Composable communication constraint-based control" (2004), introduces a pioneering framework for multi-vehicle coordination that explicitly models communication network states and quality-of-service constraints. This work addresses a critical challenge in ad hoc robotic teams: ensuring reliable data exchange while respecting dynamic link limitations. Though the paper has garnered 2 citations, its conceptual foundation has influenced subsequent studies in networked control and distributed robotics. Srivastava’s approach emphasizes composability—enabling modular integration of communication constraints into broader control architectures—which has proven valuable for applications in search-and-rescue, environmental monitoring, and autonomous convoy operations. His research bridges theoretical control theory with practical communication realities, offering engineers a systematic method to design robust multi-agent systems. While his citation count remains modest, the work’s enduring relevance lies in its early recognition of communication as a first-class constraint in autonomous systems, a theme now central to modern robotics. Srivastava’s contributions continue to inform researchers tackling the interplay between connectivity and control in distributed autonomous networks.