--- language: - en license: cc-by-4.0 size_categories: - 10M **Converted to [Apache TsFile](https://tsfile.apache.org/) format** from the > original Hugging Face dataset > [`hq-bench/quitobench`](https://huggingface.co/datasets/hq-bench/quitobench). > The dataset description below follows the original card. License: > **CC-BY-4.0** (same as source). Values are unchanged; this is a format > conversion only. **QuitoBench** is a regime-balanced evaluation benchmark curated from **Quito**, a billion-scale, single-provenance time series dataset of application-traffic workloads from Alipay's production platform. > 🌐 Project Page: [hq-bench.github.io/quito](https://hq-bench.github.io/quito/) > 📄 Paper: [arXiv:2603.26017](https://arxiv.org/abs/2603.26017) > 💻 Code: [github.com/alipay/quito](https://github.com/alipay/quito) > 📦 Training Corpus: [hq-bench/quito-corpus](https://huggingface.co/datasets/hq-bench/quito-corpus) ## Dataset Overview | | `hour` config | `min` config | |---|---|---| | Granularity | 1 hour | 10 minutes | | # test series | 517 | 773 | | Series length | 15,356 steps | 5,904 steps | | Test-set length / series | 552 steps | 3,312 steps | | Date range | 2021-11-18 → 2023-08-19 | 2023-07-10 → 2023-08-19 | | # variates / series | 5 | 5 | | Total rows | 7,939,052 | 4,563,792 | The 1,290 test series are **stratified across all eight trend × seasonality × forecastability (TSF) regime cells** (~160 series/cell), ensuring balanced evaluation. **Train/test split (upstream):** Global temporal cutoff at **2023-07-28 00:00:00 UTC**. The data published here is the **test set**. ## Source Schema Each row represents one timestamp of one series (long/tidy format). | Column | Type | Description | |---|---|---| | `item_id` | int64 | Unique series identifier | | `date_time` | datetime64[ns] (UTC) | UTC timestamp | | `ind_1` … `ind_5` | float64 | Five anonymised traffic variates | ## TsFile Layout ``` . ├── README.md ├── hour/ │ ├── test_hour_1.tsfile … test_hour_8.tsfile (table: quitobench_hour) └── min/ ├── test_min_1.tsfile … test_min_5.tsfile (table: quitobench_min) ``` Each config is one TsFile **table**, written by the converter as several shards (the tooling splits large outputs into multiple `.tsfile` parts). All shards of a config carry the same table schema; read them together to get the full table. - **Table**: `quitobench_hour` / `quitobench_min` - **TAG** (device): `item_id` — the source int64 id rendered as a STRING (TsFile tags must be STRING), e.g. `"100011"`. One series = one device. - **Time**: `date_time` (UTC) → INT64 epoch **milliseconds**. - **FIELD**: `ind_1`, `ind_2`, `ind_3`, `ind_4`, `ind_5` → DOUBLE (source float64). No columns were dropped; both test splits have no nulls and no `(item_id, date_time)` duplicates, and every series has a uniform length. ## Reading the TsFiles ```python import glob from tsfile import TsFileReader # Iterate over all shards of one config and concatenate total = 0 for shard in sorted(glob.glob("hour/*.tsfile")): reader = TsFileReader(shard) name = next(iter(reader.get_all_table_schemas())) # "quitobench_hour" schema = reader.get_all_table_schemas()[name] # Include the TAG column (item_id) explicitly to get it back in the result. cols = [c.get_column_name() for c in schema.get_columns()] # item_id, ind_1..5 with reader.query_table(name, cols, batch_size=200_000) as rs: while (batch := rs.read_arrow_batch()) is not None: df = batch.to_pandas() # columns: time, item_id, ind_1..ind_5 total += len(df) print(total) # 7,939,052 for hour ``` > **Note on querying tags.** A TAG column (`item_id`) is a device-identifying > dimension. To get it back in query results, include it explicitly in the > column list. A query of only the tag (no FIELD column) returns 0 rows — this > is expected TsFile table-model behavior, not a corrupt file. ## License & Citation Released under [CC BY 4.0](https://creativecommons.org/licenses/by/4.0/). Please preserve attribution to the original authors. - Original dataset: [`hq-bench/quitobench`](https://huggingface.co/datasets/hq-bench/quitobench) ```bibtex @article{xue2026quitobench, title = {{QuitoBench}: A High-Quality Open Time Series Forecasting Benchmark}, author = {Xue, Siqiao and Zhu, Zhaoyang and Zhang, Wei and Cai, Rongyao and Wang, Rui and Mu, Yixiang and Zhou, Fan and Li, Jianguo and Di, Peng and Yu, Hang}, journal = {arXiv preprint arXiv:2603.26017}, year = {2026}, url = {https://arxiv.org/abs/2603.26017} } ```