🧬 Analyze spatial gene expression in cancer tissues with this automated Python pipeline, uncovering insights into tumor microenvironments and biological regions.
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Updated
Nov 13, 2025 - Python
🧬 Analyze spatial gene expression in cancer tissues with this automated Python pipeline, uncovering insights into tumor microenvironments and biological regions.
expss: Tables and Labels in R
Home to the ReCoDE project. A collection of high-quality research computing and data science exemplars.
A rewrite of the classic mod: Dimensional Doors
Learn how to model and solve combinatorial problems using Reinforcement Learning. Provided as a ReCoDE Exemplar by Imperial College London.
[AAAI 2026] ReCode: Reinforced Code Knowledge Editing for API Updates
ReCoDE Project - models stochastic population dynamics in time-varying environments, exploring adaptability and resilience under changing conditions. It combines randomness with environmental variability, offering insights relevant to ecology, evolution, and resource management.
The goal of this ReCoDe project is to help students immerse themselves in computational methods by using C++ and the Mandelbrot set as a practical example. The skills acquired from this project are especially helpful for those involved in high-performance computing (HPC), grid computing and scientific visualization.
A ReCoDE Project Introducing Neural Ordinary Differential Equations starting from ODE theory, working through differentiable implementations of integrators, and finally incorporating neural networks into the solution.
mde: Missing Data Explorer
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