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Repository-Ansicht von 7,445 gesammelten Skills in 2 GitHub-Repositories.

gesammelte Skills
7,445
Repositories
2
aktualisiert
2026-05-22
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Repositories und repräsentative Skills

ether0-chemistry-rewards
ChemikerSonstige Biowissenschaftler

Open-weights chemistry reasoning model + verifiable reward functions from FutureHouse's ether0 (arXiv 2506.17238). Use to score model-generated chemistry outputs (SMILES validity, molecular completion, synthesis reasoning) against ground truth, or to run the open-weights ether0 model itself for chemistry reasoning. Also useful for visualizing molecules and reactions from SMILES.

2026-05-11
2m-belebele-eval
Softwareentwickler

Multilingual reading comprehension across text and speech modalities. It probes a model's ability to understand spoken or written passages in 39 languages and answer multiple-choice questions based on them. Use when the user wants to benchmark on 2M-Belebele, or asks about evaluating this task. Reports accuracy.

2026-05-11
360roam-eval
Softwareentwickler

Evaluates the capability of neural radiance field models to perform real-time, high-fidelity novel view synthesis on large-scale indoor scenes using 360° panoramic imagery. It probes the trade-off between rendering quality, computational efficiency, and geometric awareness in complex, unbounded indoor environments. Use when the user wants to benchmark on 360Roam Dataset, or asks about evaluating this task. Reports PSNR.

2026-05-11
3d-2d-vl-grounding-eval
Softwareentwickler

Evaluates a unified vision-language model's ability to ground natural language instructions to 3D objects and 2D regions, as well as answer 3D visual questions. It probes spatial reasoning, cross-modal alignment, and robustness to different 3D input representations (mesh-sampled vs. sensor RGB-D point clouds). Use when the user wants to benchmark on SR3D, NR3D, ScanRefer, RefCOCO, RefCOCO+, RefCOCOg, ScanQA, SQA3D, or asks about evaluating this task. Reports top-1 accuracy (Acc@25/50/75).

2026-05-11
3d-affordance-net-eval
Softwareentwickler

Evaluates 3D point cloud networks on visual object affordance understanding. It probes the model's ability to predict point-wise probabilistic scores for 18 affordance classes given full, partial, or rotated 3D shapes. Use when the user wants to benchmark on 3D AffordanceNet, or asks about evaluating this task. Reports mAP.

2026-05-11
3d-face-recon-eval
Softwareentwickler

Evaluates the accuracy and realism of 3D face reconstruction and generation from single 2D images. Probes shape reconstruction fidelity against ground truth meshes, texture identity preservation across novel poses, and the diversity of synthesized 3D faces. Use when the user wants to benchmark on NoW Benchmark, REALY 3D Benchmark, or asks about evaluating this task. Reports Per-vertex error (mm).

2026-05-11
3d-ids-eval
Softwareentwickler

Evaluates network intrusion detection systems on identifying malicious traffic flows in IoT and general network environments. It probes the model's ability to handle severe class imbalance, dynamic graph topologies, and both known and unknown attack patterns using binary and multi-class classification tasks. Use when the user wants to benchmark on CIC-ToN-IoT, CIC-BoT-IoT, EdgeIIoT, NF-UNSW-NB15-v2, NF-CSE-CIC-IDS2018-v2, or asks about evaluating this task. Reports F1-score.

2026-05-11
3d-llm-benchmark-eval
Softwareentwickler

Evaluates whether Vision-Language Models (VLMs) and 3D LLMs genuinely understand 3D spatial reasoning or merely exploit 2D visual priors by rendering point clouds into images. It probes capabilities like object captioning, scene question-answering, and situation understanding across single-view, multi-view, and oracle-viewpoint settings. Use when the user wants to benchmark on 3D MM-Vet, ObjaverseXL-LVIS Caption, ScanQA, SQA3D, or asks about evaluating this task. Reports LLM-eval, EM.

2026-05-11
Zeigt die Top 8 von 7,442 gesammelten Skills in diesem Repository.
ml-data-prep
Datenwissenschaftler

Prepare SFT/chat datasets for training: convert between alpaca / sharegpt / openai-messages formats, check data quality, and verify tokenization & packing correctness — the framework-neutral data layer that serves any downstream trainer. Catches the silent failures that don't error but quietly hurt the model: empty/duplicate/malformed samples, answers truncated at max_len, wrong label masking (training on the prompt), missing EOS (model won't stop), double-BOS, and packing without a block-diagonal mask (cross-document contamination). Use when the user mentions: dataset format conversion, alpaca, sharegpt, openai messages / jsonl, data quality, dedup, length distribution, truncation, chat template, tokenize, packing, padding, label mask, loss mask, attention mask, preparing data for SFT/fine-tuning, LLaMA-Factory / axolotl / trl data format. Triggers: "数据格式", "格式转换", "alpaca", "sharegpt", "messages", "数据质量", "去重", "截断", "chat template", "packing", "label mask", "tokenize", "数据清洗", "微调数据", "训练数据准备".

2026-05-22
ml-env-probe
Netzwerk- und Computersystemadministratoren

Probe the machine's ML hardware/software environment and tell the agent what it can and cannot run BEFORE attempting any ML setup. Produces a JSON manifest (env_report.json) plus a human-readable capability report with tiered ✅/⚠️/❌ verdicts and concrete install commands. Use at the START of any MLE automation, or whenever the user asks about: CUDA / driver / PyTorch version compatibility, why flash-attention / xformers / apex / bitsandbytes / deepspeed won't install or build, which torch wheel to pick, how to set up an isolated env (uv/conda/venv), package conflicts (transformers↔tokenizers, numpy 2.x), or how to split a model across GPUs (tensor/pipeline/data parallel, FSDP). Covers NVIDIA, Apple MPS, CPU, Google TPU, and Chinese accelerators (昇腾 Ascend, 寒武纪 Cambricon, 海光 Hygon DCU, 沐曦 MetaX). Triggers: "环境探测", "能跑什么", "装不上", "编译失败", "CUDA 版本", "torch 版本", "flash-attn", "环境清单", "环境隔离", "并行策略", "tensor parallel".

2026-05-22
ml-vram-estimator
Softwareentwickler

Estimate GPU memory (VRAM) BEFORE launching, so a run doesn't OOM hours in. Given a model (HF config.json / model dir, or manual params) and a scenario (inference vs training, batch size, sequence length, dtype, parallelism), it computes a per-GPU breakdown — weights + KV-cache + gradients + optimizer + activations + overhead — and returns a fits ✅ / tight ⚠️ / OOM ❌ verdict with concrete fallbacks (smaller batch, shorter seq, quantize, grad checkpointing, more GPUs, FSDP/ZeRO, offload). Correctly handles GQA, MoE (all experts in VRAM), hybrid attention (KV-cache only for full-attention layers), and reads real on-disk weight size for quantized models. Use when the user asks: will this model fit, how much VRAM does X need, why did it OOM, what batch/seq can I run, how many GPUs do I need, KV cache size, activation memory, optimizer memory. Triggers: "显存", "会不会 OOM", "放得下吗", "显存估算", "VRAM", "OOM", "batch size 能开多大", "需要几张卡", "KV cache", "fit in memory", "memory footprint".

2026-05-22
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