John Harwell's Personal Page
John Harwell's Personal Page
Home
Publications
Projects
Presentations
Showcase
Contact
CV/Resume
Academic CV
Resume
Light
Dark
Automatic
Foraging
Supplementary Material for "An Empirical Characterization of ODE Models of Swarm Behaviors in Common Foraging Scenarios"
Overview This page provides supplementary material for the paper. Simulation Experiments Below are some sample videos from experiments which were performed to help give intuition on what the different block distributions looked like and the experimental parameters.
Last updated on Oct 17, 2024
FORDYCA
FOraging Robots use DYnamic CAches
Github
Docs
COSM
COre SwarM
Github
Docs
Characterizing The Limits of Linear Modeling of Non-Linear Swarm Behaviors
There is a large class of real-world problems, such as warehouse transport, at different scales, swarm densities, etc., that can be …
John Harwell
,
Angel Sylvester
,
Maria Gini
Cite
Project
PDF
Improved Swarm Engineering: Aligning Intuition and Analysis
We present a set of metrics intended to supplement designer intuitions when designing swarm-robotic systems to solve variants of object …
John Harwell
,
Maria Gini
Cite
Project
ArXiv
Conference: Demystifying Emergent Intelligence and Its Effect or Performance in Large Robot Swarms
John Harwell
Last updated on Oct 17, 2024
Project
Slides
Doctoral Consortium: A Theoretical Framework For Self-Organized Task Allocation in Large Swarms
John Harwell
Last updated on Oct 17, 2024
Project
Slides
Workshop: Robustness Analysis in Large Robot Swarms
John Harwell
Last updated on Oct 17, 2024
Project
Slides
A Theoretical Framework for Self-Organized Task Allocation in Large Swarms (Doctoral Consortium)
Self-organized task allocation is possible with systems designed using the swarm robotic principles of scalability, flexibility, …
John Harwell
Cite
Project
PDF
Demystifying Emergent Intelligence And Its Effect On Performance In Large Robot Swarms
We investigate the emergence of swarm intelligence using task allocation in large robot swarms. First, we compare task decomposition …
John Harwell
,
London Lowmanstone
,
Maria Gini
Cite
Project
PDF
»
Cite
×