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kev:9b

Kev · Jared Palmer · 7.9B · ONNX Runtime · Apache-2.0

Score
62.6
95 % interval 60.6–64.5
Rank
2
of 35 scored models
Public benchmark
75.3
macro accuracy, %
typed-decisions
72.2
accuracy, %

By task

Chance-corrected accuracy on each of the 14 tasks: 0 is guessing, 100 is every answer right.

Workflows
typed-decisions
59.2
Classification
MASSIVE en
83.7
MASSIVE de
82.8
Civil Comments
68.7
Aegis 2
60.0
Understanding
MultiNLI
86.0
VitaminC
60.2
PAWS
60.8
Knowledge
BoolQ
69.3
SQuAD 2
48.5
PubMedQA
63.4
Judging
HelpSteer 2
23.2
SummEval rel.
32.8
SummEval cons.
77.4

Accuracy and calibration

BenchmarkAccuracyChoiceNoulScoreECEBrierRejected
Public benchmark75.3(73.9–76.6)81.680.755.60.0580.3560 / 3,880
typed-decisions72.2(69.7–74.5)69.381.267.50.0950.4100 / 400 requests

Accuracy in %, with its 95 % bootstrap interval. A rejected request (the model can’t take the question, or the input is too long for it) counts as wrong.

Speed and memory

Devicep50p90LoadVRAMRAM peakPrecision
RTX 5090 CUDA375 ms375 ms36.6 s18.0 GB2.8 GBF32
Threadripper 3960X CPU12.5 s12.5 s39.2 s–15.9 GBF32

Five-question requests over HTTP, one at a time, each a different short message. VRAM: the rise of the GPU’s used memory while the model is loaded. RAM peak: the runner process’s peak resident memory.

Parity with the authors’ code

DeviceSame decisionMax logit diff.ResultRecord
i9-13900K; ONNX Runtime 1.28100 %3.6e-5passfamilies/kev.md:242
RTX 4090, CUDA 13; ONNX Runtime 1.28100 %7.5e-5passfamilies/kev.md:243

Reproduce

The tools are in convert/ollaya_convert and need only Python’s standard library. Run them against a local Ollaya 0.13.0 with the same model digest.

ollaya pull kev:9b

# typed-decisions; export the test split once with
# uv run python -m ollaya_convert.bench_typed export --out typed.jsonl
python -m ollaya_convert.bench_typed run --model kev:9b \
  --url http://127.0.0.1:11435 --data typed.jsonl --out typed/kev-9b

# Bespoke Labs' public benchmark; build its 13 subsets first
NIMBLE_SRC=nimble python -m ollaya_convert.bench_public run --model kev:9b \
  --url http://127.0.0.1:11435 --data public --out public/kev-9b

# speed and memory
python -m ollaya_convert.bench_latency --models kev:9b --memory \
  --machine my-machine --device cuda --out latency.json