TimeSeek pretrains one model for multi-task time series analytics
After large-scale pretraining, authors report state-of-the-art forecasting, anomaly detection, and classification in few-shot and zero-shot settings.
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After large-scale pretraining, authors report state-of-the-art forecasting, anomaly detection, and classification in few-shot and zero-shot settings.
MOMENT, Chronos-2, Moirai-MoE and TimesFM are scored with new FSI, FDI and CDI metrics.
A frozen forecaster's prediction error both segments series and builds concepts, with no labels, language model, or expert vocabulary.
Probabilistic TSFMs exhibit distinct miscalibration patterns that standard metrics obscure, with post-hoc recalibration improving some but not all forms of calibration.
On IMPTC weather-shift tests, OOD accuracy rose from 0.7971 to 0.8068 and OOD AURC fell from 0.0718 to 0.0648.
TSFLab uses AI agents to improve time series forecasting research with lower costs and better accuracy.
On housing inventory and unemployment claims for 15 U.S. metros, it beats TimesFM, while factor-adjusted exponential smoothing matches the fused forecast.
On 618,650 station-days, climatology already classified high-rainfall months at 88.4% accuracy, and learners added at most 0.8 points.
At a 90-minute horizon it cuts MSE 34.0% versus TimePFN and 27.7% versus four general zero-shot forecasters.
Four probabilistic forecasters from 5M to 209M parameters ship with Hugging Face weights and GitHub inference code.
The public set has over 920 million steps, four aircraft types, and nine verified fault scenarios.
Authors say the 209M and 123M variants rank first and second on every metric of GIFT-Eval, TIME, and fev-bench.
A diffusion reconstructor and a relation-closure operator are trained separately and calibrated only on normal data.
No article body was available, so the post’s methods, results, and release status are unknown.
After calibration, DISC scores pairs from metric values and tracks forecasting error better than any single metric.
The post says it pairs pretrained time-series representations with historical pattern retrieval and interpretability.
Kept frozen, it scores 83.3% on UCR-128 and 75.3% on UEA-27, within 0.3 points of MantisV2.

Mistral says its 209M model ranks first on GIFT-Eval, TIME and fev-bench while using about two-thirds the parameters of the prior leader.
The title says the family outperforms Google’s TimesFM-3; the article body was not in the provided text.
LagLayer ties history-to-future weights by relative lag and can replace temporal linear layers in existing models.
DiffPT uses diffusion pretraining to improve low-data classifiers, especially on medical images and time series.
PathFM generates full forecast trajectories with fast flow-matching sampling and leads a new path-score benchmark.
A Qwen3-VL-8B dual-view time-series model lifts TSRBench accuracy from 44.5% to 53.2%.
PathFM uses flow matching to forecast full multivariate trajectories and beats baselines on a new path-score benchmark.
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