- 基本情報
- 管理
- ソースとデータセットを管理する
- モデルのトレーニングと保守
- 生成 AI による抽出
- 分析と監視を使用する
- オートメーションと Communications Mining
- ライセンス情報
- よくある質問など
Understanding data requirements
The following recommendations concern use cases with lower data volume, but high value and/or low complexity.
Generally, use cases should function as expected if their complexity aligns with the volume of message data. Very low volume use cases should typically be very simple, while high volume use cases can be more complex.
In some instances, synchronizing more than one year's worth of historical data can help in sourcing sufficient quality examples for training. This also provides the benefit of greater analytics in terms of trends and alerts.
Use cases with fewer than 20,000 messages (in terms of historical volumes or annual throughput) should be carefully considered in terms of complexity, ROI, and the effort required to support and enable the use case. While there is a chance that such use cases may be disqualified based on these considerations, they can still provide sufficient business value to proceed with.
Every use case is unique, so there isnot a single guideline that fits all complexity scenarios. The labels and fields themselves can range from very simple to complex in terms of understanding and extraction.
The following table outlines rough guidelines for use case complexity.
Complexity | ラベル | Extraction Fields | 一般フィールド |
---|---|---|---|
Very Low | ~ 2-5 | N/A | 1 - 2 |
低 (Low) | ~ 5 - 15 | 1 - 2 for a few labels | 1 - 3 |
中 | 15 - 50 | 1 - 5 for multiple labels | 1 - 5 * |
高 (High) | 50 以上 | 1 - 8+ for high proportion of labels | 1 - 5 * |
* Use cases with extraction fields should rely on these rather than general fields. If you are not using extraction fields, you can expect more general fields, but they may not add equivalent value.
# of Messages * | 制限事項 | 推奨 |
---|---|---|
次の値より小さい |
| Should only be:
|
2048 - 20,000 |
|
Should primarily be:
|
20,000 - 50,000 |
|
Should primarily be:
|
Historical data volumes from which training examples will be sourced typically have only a small proportion of total volumes annotated. This proportion is usually higher on lower volume and higher complexity use cases.