Implementation of the flocking phenomenon with Reynolds Boids
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Updated
Oct 12, 2019 - JavaScript
Implementation of the flocking phenomenon with Reynolds Boids
Cellolution - a simulated evolution of artificial cells in a water world: visible within the "ocean".
Underwater SWarm sIMulator (SWIM)
spring-cloud-loadbalance using docker-compose
Restoring faith in social collaboration : web development for Work Monkey Labs
🚁 Software framework for vision-based quadrotor multi-robot systems
Generates an interface between Swarms input device and a userland Xpad device.
Robotic Swarm system using MQTT as the communication protocol over Wi-Fi, uses centralised master to monitor and group agents (robots) into the system.
Implements distributed control for a swarm of robots that have a goal of surrounding a static target. The algorithm used is based on a local communication strategy. The robots are simulated in a 2D simulator called Player. Robot model files for the simulator are included.
AgentParse is a high-performance parsing library designed to map various structured data formats (such as Pydantic models, JSON, YAML, and CSV) into agent-understandable blocks. By leveraging **AgentParse**, engineers can ensure seamless data ingestion for LLM agents, enabling fast and accurate processing of real-world data.
DermaSwarm is a production-grade multi-agent system designed for dermatologists to collaboratively diagnose and treat skin conditions. Leveraging the power of AI-driven agents, DermaSwarm cross-checks peer-reviewed dermatology research to ensure diagnosis accuracy, generates treatment plans, and outputs results in easy-to-use JSON format.
A simple to use package to call various model providers such as openai, anthropic, and others with utmost reliability, security, and performance.
A CUDA-accelerated robotic swarm simulation.
Seamlessly integrate IoT data with AI agents, enabling the effortless parsing, processing, and utilization of IoT data streams.
Simulating fish swarming behavior using the model by Iain Couzin et al.
Implementation of Popular Swarm Intelligence Models
Distributed Self-Healing Ground-and-Air Connectivity Chains
Pytorch Implementation of the Swarmalators algorithm from "Exotic swarming dynamics of high-dimensional swarmalators"
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