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README.md ADDED
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+ ---
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+ license: cc-by-nc-4.0
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+ tags:
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+ - TAAC2026
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+ - recommendation
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+ size_categories:
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+ - n<1K
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+ ---
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+
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+ # TAAC2026 Second Round Demo Dataset (1000 Samples)
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+
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+ A sample dataset containing 1000 user-item interaction records for the second round of [TAAC2026 competition](https://algo.qq.com). This dataset uses a **flat column layout** — all features are stored as individual top-level columns instead of nested structs/arrays.
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+
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+ # Dataset Overview
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+
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+ | Property | Value |
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+ |---|---|
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+ | **File** | `demo_1000.parquet` |
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+ | **Rows** | 1,000 |
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+ | **Columns** | 142 |
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+ | **File Size** | ~40 MB |
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+
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+ ## Columns
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+
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+ The 142 columns fall into **7 categories**:
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+
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+ | Category | Count | Arrow Type | Description |
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+ |---|---|---|---|
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+ | **ID & Label** | 5 | `int64` / `int32` | Core identifiers, label, and timestamp |
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+ | **User Int Features** | 54 | `int64` / `list<int64>` | Discrete user features, including both single-value scalar features (such as age, gender, etc.) and multi-value array features (like marital status, etc.), describing user basic attributes and preferences. |
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+ | **User Dense Features** | 17 | `list<float>` | Continuous-valued user features, including embeddings and other aligned signals for some corresponding integer features. |
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+ | **Item Int Features** | 17 | `int64` / `list<int64>` | Discrete item features, including item categories, types, and other basic information, as well as multi-label information for items. |
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+ | **Item Dense Features** | 4 | `list<float>` | Continuous-valued item features, including embeddings. |
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+ | **Domain Sequence Features** | 45 | `list<int64>` | Behavioral sequence features from 4 domains |
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+
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+
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+ ## Detailed Column Schema
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+
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+ ### ID & Label Columns (5 columns)
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+ All these 5 columns have no null value.
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+
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+ | | | | | | |
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+ |--------|---------|---------|------------|------------|---------- |
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+ | **Column** | user_id | item_id | label_type | label_time | timestamp
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+ | **Data Type** | `int64` | `int64` | `int32` | `int64` | `int64`
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+
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+ ### User Int Features (54 columns)
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+ - `user_int_feats_{1,3,4,48-59,82,86,92-110}`: Scalar `int64`, total 36 columns.
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+ - `user_int_feats_{15, 60, 62-66, 80, 89-91, 111, 115-118, 121-122}`: Array `list<int64>`, total 18 columns.
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+
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+ ### User Dense Features (17 columns)
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+ - `user_dense_feats_{61, 87, 120, 123, 130-132}`: Array `list<float>`, total 7 columns, representing user embedding features([SUM](https://arxiv.org/abs/2311.09544) , [LMF4Ads](https://arxiv.org/abs/2508.14948) ).
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+ - `user_dense_feats_{62-66, 89-91, 118, 121}`: Array `list<float>`, total 10 columns, corresponding to the integer features user_int_feats_{62-66, 89-91, 118, 121}, with the same length.
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+ - An Example:
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+ `user_int_feats_62`: [1, 2, 3], `user_dense_feats_62`: [10.5, 20, 15.5]
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+
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+ **Explanation:** Here, the two arrays are aligned element by element. For example, the 1st element in user_int_feats_62 (value 1) denotes a specific entity or category, while the 1st element in user_dense_feats_62 (value 10.5) provides some statistics for that element, such as a dwell time, a score/probability.
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+
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+ ### Item Int Features (17 columns)
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+ - `item_int_feats_{5-10, 12-13, 16, 81, 83-85, 114, 119, 126}`: Scalar `int64`, total 16 columns.
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+ - `item_int_feats_{11}`: Array `list<int64>`, total 1 column.
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+
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+ ### Item Dense Features (4 columns)
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+ - `item_dense_feats_{124, 127-129}`: Array `list<float>`, total 4 columns, representing item embedding features.
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+
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+
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+ ### Domain Sequence Features (45 columns)
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+ `list<int64>` sequences from 4 behavioral domains:
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+ - `domain_a_seq_{38-46}`: 9 columns
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+ - `domain_b_seq_{67-79, 88}`: 14 columns
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+ - `domain_c_seq_{27-37, 47}`: 12 columns
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+ - `domain_d_seq_{17-26}`: 10 columns
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+
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+ ---
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+
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+ ## Usage
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+
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+ ```python
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+ import pyarrow.parquet as pq
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+ import pandas as pd
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+
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+ # Read the parquet file
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+ df = pd.read_parquet("demo_1000.parquet")
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+
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+ print(df.shape) # (1000, 142)
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+ print(df.columns) # ['user_id', 'item_id', 'label_type', ...]
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+ ```
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+
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+ With Hugging Face `datasets`:
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+ ```python
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+ from datasets import load_dataset
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+
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+ ds = load_dataset("TAAC2026/second_round_sample_1000")
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+ print(ds)
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+ ```
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