neuron-explorer
Steering-first neuron explorer for Qwen3.5-4B: push every MLP neuron, keep every rollout, browse the results
翻译准备中
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Measure what a local model actually does on the hardware you actually have.
VirtualV LLM is a hardware-aware evaluation suite for GGUF/llama.cpp and
1Cat-vLLM workloads on heterogeneous GPU pools. It keeps quality, throughput,
hardware topology and provenance together, while failures remain explicit
instead of becoming invented scores.
The reference host combines an RTX A4000, two Tesla V100-SXM2 32 GB cards over
NVLink and an RTX 4000 Ada. Its measurements illustrate the method; they are
not universal performance claims.查看完整 README ↗Measure what a local model actually does on the hardware you actually have.
VirtualV LLM is a hardware-aware evaluation suite for GGUF/llama.cpp and 1Cat-vLLM workloads on heterogeneous GPU pools. It keeps quality, throughput, hardware topology and provenance together, while failures remain explicit instead of becoming invented scores.
The reference host combines four RTX 4000 Ada 20 GB cards and two Tesla V100-SXM2 32 GB cards over NVLink. Its measurements illustrate the method; they are not universal performance claims.
The completed migration from numerai-signals is documented in Git history.
The active runners, scheduled dashboard build and systemd unit now use this
repository. Model weights, secrets, private evaluation packs and raw logs are
excluded from Git; raw evidence is published separately as a checksummed
release artifact.
git clone https://github.com/virtuanalytica/virtualv_llm.git
cd virtualv_llm
cp .env.example .env
python3 scripts/benchmarks/bootstrap_public_data.py
python3 -m py_compile scripts/benchmarks/*.py scripts/reporting/*.py
python3 scripts/benchmarks/build_dual_v100_html.py
Benchmark an OpenAI-compatible local endpoint:
python3 scripts/benchmarks/well_known_suite.py MODEL_ID \
--external-url http://127.0.0.1:PORT \
--external-model SERVED_MODEL \
--physical-gpus 1,2 \
--topology '2x Tesla V100-SXM2-32GB NVLink' \
--engine 'llama.cpp' \
--out reports/well_known_suite_local.json
The full run protocol, failure handling and evidence requirements are in the
operator standard. Python 3.12+ is
recommended. A compatible local inference runtime and lm-eval are required
for actual GPU runs.
Results measured on your own hardware and code changes are welcome under the
strict protocol in CONTRIBUTING.md. Community results are
listed apart from the reference ranking and start as community-unverified.
Licensed under Apache-2.0. Third-party models, datasets and runtimes retain
their own licenses; consult NOTICE before redistributing them.
Maintainers can assemble the raw evidence without copying it into Git:
python3 scripts/reporting/build_release_evidence.py \
--source /path/to/reports/lm_eval_runs