Harish Ravichandar

Assistant Professor

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harish.ravichandarobfuscate@cc.gatech.edu

Harish is an Assistant Professor in the School of Interactive Computing at Georgia Institute of Technology. He is also a core faculty member of Georgia Tech’s Institute for Robotics and Intelligent Machines (IRIM).

He works on structured algorithms that help robots reliably operate and collaborate in unstructured environments alongside humans. His research interests span the areas of robot learning, human-robot interaction, and multi-agent systems. Harish’s work has been recognized by the ASME DSCC Best Student Robotics Paper Award (2015), IEEE CSS Video Contest Award (2015), UTC Institute for Advanced System Engineering Graduate Fellowship (2016-2018), and Georgia Tech’s College of Computing Outstanding Post-Doctoral Research Award (2019) and Outstanding Research Scientist Award (2020).

Papers

Concurrent Constrained Optimization of Unknown Rewards for Multi-Robot Task Allocation

A Sampling-based Approach for Heterogeneous Coalition Scheduling with Temporal Uncertainty

Concurrent Constrained Optimization of Unknown Rewards for Multi-Robot Task Allocation

Inferring Implicit Trait Preferences from Demonstrations of Task Allocation in Heterogenous Teams

D-ITAGS: A Dynamic Interleaved Approach to Resilient Task Allocation, Scheduling, and Motion Planning

Neural Geometric Fabrics: Efficiently Learning High-Dimensional Policies from Demonstration

Learning Trait Preferences for Task allocation in Heterogeneous Multi-Agent Teams

Leveraging Cognitive States in Human-Robot Teaming

Constrained Reinforcement Learning for Dexterous Manipulation

Fast Anticipatory Motion Planning for Close-Proximity Human-Robot Interaction

Neural Geometric Fabrics: Efficiently Learning High-Dimensional Policies from Demonstration

Resource-Aware Adaptation of Heterogeneous Strategies for Coalition Formation

Evaluating the Effectiveness of Corrective Demonstrations and a Low-Cost Sensor for Dexterous Manipulation

GRSTAPS: Graphically Recursive Simultaneous Task Allocation, Planning, and Scheduling

Resilient Coalition Formation in Heterogeneous Teams via Imitation Learning

Desperate Times Call for Desperate Measures: Towards Risk-Adaptive Coalition Formation

An Interleaved Approach to Trait-Based Task Allocation and Scheduling

Predicting Individual Human Performance in Human-Robot Teaming

STRATA : Unified Framework for Task Assignments in Large Teams of Heterogeneous Agents

Learning Hierarchical Task Networks with Preferences from Unannotated Demonstrations

Human-in-the-Loop Robot Control for Human-Robot Collaboration

Approximated Dynamic Trait Models for Heterogeneous Multi-Robot Teams

Anticipatory Human-Robot Collaboration via Multi-Objective Trajectory Optimization

STRATA : Unified Framework for Task Assignments in Large Teams of Heterogeneous Agents

Recent Advances in Robot Learning from Demonstration

Learning and Coordination of Movement Primitives for Bimanual Manipulation Tasks Using Concurrent Synchronization

Learning Hierarchical Task Networks with Preferences from Unannotated Demonstrations

Taking Recoveries to Task : Recovery-Driven Development for Recipe-based Robot Tasks

Skill Acquisition via Automated Multi-Coordinate Cost Balancing

Learning position and orientation dynamics from demonstrations via contraction analysis