Discover @DylanCope Open Source projects

Dylan Cope (@DylanCope)

DylanCope

Stars
317
Global Rank 85,166 (Top 3 %)
Followers 84
Following 16
Registered about 10 years ago
Most used languages

Python
40.0 %

Jupyter Notebook
40.0 %

Java
15.0 %

SCSS 5.0 %
Location 🇬🇧 United Kingdom
Country Total Rank 5,025
Country Ranking

Java
249

Jupyter Notebook
395

SCSS 527

Python
4,090

Evolving-Protozoa

An interactive environment where protozoa-like entities live, die, and have offspring whose behaviours and morphologies can change.

ProtoEvo

An interactive real-time simulation for evolving multicellular organisms.

Jupyter Notebook

CS188-Search

This is my attempt at the CS188 Search coursework (P1) from the University of California, Berkeley.

Multi-Agent-RL-with-TF

Training intrinsically motivated, independent Q-learners to play Tic-Tac-Toe

Jupyter Notebook

Image-Captioning-with-Bimodal-Transformers

Notebook implementing a custom bimodal transformer architecture for masked language modelling in order to learn to caption COCO images.

Jupyter Notebook

NeuroEvolution

Implementation and experimentation centred around the algorithm "NeuroEvolution of Augmenting Topologies"

Jupyter Notebook

CS188-Multi-Agent

This is my attempt at the CS188 Multi-agent Search coursework (P2) from the University of California, Berkeley.

reproducible_figures

Small utility for creating reproducible figures with matplotlib

rllib_emecom

Emergent Communication in RLlib

Jupyter Notebook

IPCV-Summary

Summary and Implementations of the content of the University of Bristol Image Processing and Computer Vision course.

Jupyter Notebook

MinecraftAutosplit

Entropy-Masking-OOD

dylancope.github.io

kc-evo-sim

llm-steering

Jupyter Notebook

Graphing-Best-Fits

Applying the matrix equation solution to the least-squares problem in Java.

Gravity-Simulator

A simulation that models gravitational interactions between point particles.

Graphical-Calculator

A GUI where users can input mathematical functions to be viewed and interacted with.

zero-shot-comm

Source code for our paper "Learning to Communicate with Strangers via Channel Randomisation Methods"

Jupyter Notebook

3D-Software-Rendering

Implementation of a rudimentary 3D software renderer.