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ptx
Here are 28 public repositories matching this topic...
Energinet's Model Testbench. Automate gridcompliance studies in PSCAD and Powerfactory.
generator power-electronics solar-energy renewable-energy wind-energy dcc powergrid ptx powerfactory powersystems high-voltage rfg hvdc pscad powersystem-simulation gridcompliance green-transition power2x
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Oct 26, 2026 - Python
Open source PTX to SASS assember (previously closed source by nvidia), more efficient SASS kernal for large scale Matrix Multiplication and Addition (MMA)
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Nov 1, 2026 - Python
HBFSim (HBF Sim): an open-source High-Bandwidth Flash (HBF) simulator. Runs real LLM inference on a real GPU and injects modeled HBF timing, capacity and thermal effects while the workload executes.
emulator simulator storage gpu cuda computer-architecture hbm memory-hierarchy ptx hbf thermal-modeling vllm llm-inference nand-flash systems-research high-bandwidth-flash mqsim bpftime hbf-sim hbf-simulator
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Oct 23, 2026 - Python
Spatial AI and procedural knowledge research: a GPU-native reference implementation for concepts proposed to PM-KR, exploring shared knowledge for human and AI clients.
threejs rpn gltf knowledge-representation ptx w3c-community spatial-ui k3d spatial-knowledge neurosymbolic-ai procedural-knowledge sovereign-ai neurosymbolic-integration gpu-native rpn-engine 3d-knowledge-graph procedural-compression three-brain-system pm-kr boundary-framework
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Oct 29, 2026 - Python
A from-scratch nano-Triton and nano-Helion: the modern GPU-kernel DSL stack, rebuilt in ~4,000 lines
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Aug 12, 2026 - Python
FastPtx: a python pTx pulse design tool for freely optimizing RF and gradient pulses with autodifferentiation
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Oct 9, 2025 - Python
Official Implementation of MRM2026 paper "SelExNet: A Self-Supervised Physics-Informed Framework for Multi-Channel Joint RF and Gradient Waveform Optimization in 2D Spatially Selective Excitation".
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Sep 13, 2026 - Python
A lightweight tool for detecting and querying NVIDIA GPU architectures (SM/CC), and generating `-gencode` flags for CUDA builds
cuda nvidia cuda-toolkit nvidia-cuda gencode nvidia-architecture nvidia-gpu ptx ctk compile-flags cuda-compute
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Oct 16, 2026 - Python
ADR-governed security with integrity/authorization separation
security cuda formal-verification ampere architecture-decision-records futhark model-training ptx gpu-kernels tensor-cores proof-carrying-code lean4 qlora deepseek-coder sovereign-compute pax-coder verified-kernels
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Aug 23, 2026 - Python
Runtime patches for vLLM 0.29.0: a 27B hybrid-GDN model at 256K context on 2x RTX 3090 — integer attention kernels, W4A8 Marlin, DFlash2 speculative decoding.
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Oct 26, 2026 - Python
Run CUDA 13-era PTX on Pascal GPUs (GTX 10-series) — pure software PTX downgrader, no driver hacks
pascal gpu reverse-engineering driver cuda nvidia backward-compatibility ptx tensor-cores gtx-10-series
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Oct 31, 2026 - Python
글(geul)로 쓴 GPU 커널로 돌리는 LLM 추론 엔진 — 정밀도를 계약으로 적어 CPU 참조와 비트까지 같다. CUDA 툴킷·PyTorch 없이 드라이버 하나로, llama.cpp보다 빠르게. / LLM inference with GPU kernels in the Korean language geul: bit-exact to a CPU reference, driver-only.
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Oct 24, 2026 - Python
PTX interpreter (C++) + differential fuzzing, test-case reduction and Z3 translation validation of LLVM's NVPTX backend
cpp gpu llvm cuda fuzzing z3 smt nvptx ptx differential-testing compiler-testing translation-validation
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Oct 10, 2026 - Python
Experimental 3-tier silicon failure-fencing engine isolating volatile NaN/Inf bleeding via runtime CPython method table interception and timing-frozen JAX shard_map topologies.
automatic-differentiation cuda pytorch high-performance-computing sharding monkey-patching ptx jax xla dlpack deepseek llama3 deep-learning-infrastructure silicon-aging failure-fencing
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Aug 9, 2026 - Python
Which entry in a CUDA fat binary the driver actually runs: the selection rule, measured on hardware, and a parser that predicts it from the file.
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Oct 28, 2026 - Python
Custom PTX INT4 GEMM kernel with Tensor Cores (WMMA) and end-to-end Qwen2 integration on NVIDIA Turing (SM75). Register-level dequantization, mma.sync.aligned intrinsics, and automatic M-padding wrapper. Delivers 14.7% VRAM reduction on Qwen2-0.5B with coherent generation quality.
cuda pytorch gpu-computing quantization turing gemm ptx tensor-cores awq ml-systems int4 llm-inference qwen2 kernel-optimization wmma
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Jul 30, 2026 - Python
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