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Mordecai, Kappagoda and Shin Co-Authored Article “Objects May be Closer Than T...

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David K.A. Mordecai, Samantha Kappagoda and John Y. Shin co-authored an article published in the Unintended Consequences (Fall 2022) Issue of the American Bar Association (ABA) SciTech Lawyer. The article is entitled Objects May be Closer than They Appear: Uncertainty and Reliability Implications of Computer Vision Depth Estimation for … [Read more...] about Mordecai, Kappagoda and Shin Co-Authored Article “Objects May be Closer Than They Appear – Part 2” in ABA SciTech Lawyer

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David K.A. Mordecai Authored Article “The Critical Role of Transmission and St...

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David K.A. Mordecai, Co-Managing Member of Numerati Partners authored an article published in the Future of the Energy Grid (Winter 2023) Issue of the American Bar Association (ABA) Natural Resources and Environment, entitled The Critical Role of Transmission and Storage Capacity in Balancing Intermittent Generation and Transient … [Read more...] about David K.A. Mordecai Authored Article “The Critical Role of Transmission and Storage Capacity” in ABA Natural Resources and Environment

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Mordecai, Kappagoda and Shin Co-Authored Article “Objects May be Closer Than T...

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David K.A. Mordecai, Samantha Kappagoda and John Y. Shin co-authored an article published in the Unintended Consequences (Fall 2022) Issue of the American Bar Association (ABA) SciTech Lawyer. The article is entitled Objects May be Closer Than They Appear: Uncertainty and Reliability Implications of Computer Vision Depth Estimation for … [Read more...] about Mordecai, Kappagoda and Shin Co-Authored Article “Objects May be Closer Than They Appear” in ABA SciTech Lawyer

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Samantha Kappagoda and David K.A. Mordecai Co-Advised an NYU CUSP Capstone on B...

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Samantha Kappagoda and Dr. David K.A. Mordecai, along with RiskEcon® Lab Senior Scientist-in-Residence and Engineer-in Residence, co-advised a team of graduate students in a NYU Center for Urban Science and Progress (CUSP) Capstone research project entitled Behavior Modeling Using Multi-Modal Mobility Data, as described below. This … [Read more...] about Samantha Kappagoda and David K.A. Mordecai Co-Advised an NYU CUSP Capstone on Behavior Modeling Using Multi-modal Mobility Data

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Dr. David K.A. Mordecai Co-Advised an NYU CUSP Capstone on Autonomous Drone Swar...

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Dr. David K.A. Mordecai and Professor Giuseppe Loianno, PhD, Professor of Engineering at NYU Tandon School of Engineering co-advised a team of graduate students in an NYU Center for Urban Science and Progress (CUSP) Capstone research project entitled Bridging Graph Neural Network and Reinforcement Learning for Autonomous Drone Swarm … [Read more...] about Dr. David K.A. Mordecai Co-Advised an NYU CUSP Capstone on Autonomous Drone Swarm Exploration

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Numerati® Partners Academic Affiliate Arxiv Preprint on Drone Swarms

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Numerati® Partners acknowledges the recent Arxiv research preprint Comparative Analysis of Agent-Oriented Task Assignment and Path Planning Algorithms Applied to Drone Swarms, co-authored by Rohith G. Ganesan, Samantha Kappagoda, Professor Giuseppe Loianno, PhD and Dr. David K.A. Mordecai. The paper was based on a research workstream … [Read more...] about Numerati® Partners Academic Affiliate Arxiv Preprint on Drone Swarms

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