Running Reproduction: FluxNet: Learning Capacity-Constrained Local Transport Operators for Conservative and Bounded PDE Surrogates 🎯 Explore and edit a project logbook with AI assistance
Running Reproduction: FluxNet: Learning Capacity-Constrained Local Transport Operators for Conservative and Bounded PDE Surrogates 🎯 Explore and edit a project logbook with AI assistance
Running Reproduction: Balanced LoRA: Removing Parameter Invariance to Accelerate Convergence 🎯 Explore and collaborate on experiment logs
Running Reproduction: Balanced LoRA: Removing Parameter Invariance to Accelerate Convergence 🎯 Explore and collaborate on experiment logs
rdubwiley/repro-balanced-lora-removing-parameter-invariance-to-accelerate-convergence-artifacts 0 Bytes
Running Reproduction: Hierarchical Successor Representation for Robust Transfer 🎯 Explore and share experiment logs with your coding agent
Running Reproduction: Hierarchical Successor Representation for Robust Transfer 🎯 Explore and share experiment logs with your coding agent
Running Reproduction: Domain Transfer Becomes Identifiable via a Single Alignment 🎯 Collaborate with an AI agent to manage a research logbook
Running Reproduction: Domain Transfer Becomes Identifiable via a Single Alignment 🎯 Collaborate with an AI agent to manage a research logbook
Running Reproduction: Global Convergence of Adaptive Sensing for Principal Eigenvector Estimation 🎯 Explore research logbooks and collaborate with an AI agent
Running Reproduction: Global Convergence of Adaptive Sensing for Principal Eigenvector Estimation 🎯 Explore research logbooks and collaborate with an AI agent
rdubwiley/repro-global-convergence-of-adaptive-sensing-for-principal-eigenvector-estimation-artifacts 0 Bytes
Running Reproduction: Equilibrium Pricing in Oligopolistic Data Markets 🎯 Explore and collaborate on a research logbook with an AI agent
Running Reproduction: Equilibrium Pricing in Oligopolistic Data Markets 🎯 Explore and collaborate on a research logbook with an AI agent
Running Reproduction: UltraLIF: Fully Differentiable Spiking Neural Networks via Ultradiscretization and Max-Plus Algebra 🎯 Explore a research logbook and collaborate with an AI agent