skilly. Buy ad slot
All skills
Google Cloud · Data Analysis · Databases / AGENT SKILL

bigquery-ai-ml

google/skills
5.4K installs 20.3K GitHub stars
0

Uses BigQuery SQL for machine learning, statistical analysis, semantic search, and generative AI tasks.
Leverages BigQuery's built-in machine learning and GenAI capabilities for advanced data analytics. Use when you need to write SQL queries that perform time-series forecasting, predict values, detect outliers or anomalies, find key drivers, perform semantic search or vector search, classify text, calculate similarity, summarize content, translate language, evaluate models, filter by semantic conditions, measure the causal effect of an intervention, compute correlations between columns, detect change points or structural breaks, extract trend or seasonality components, or leverage generative AI capabilities in BigQuery. Do not use for general BigQuery dataset, table, or job management requests.

BEFORE YOU INSTALL

Understand the trade-offs.

SECURITY REVIEW

Not yet assessed

Review the original instructions and requested permissions before installing.

No security review is available for this catalog entry yet.

SKILL QUALITY

Not yet assessed

How clearly the skill guides your agent, how complete its workflow is, and how you can check the outcome.

No quality assessment is available for this catalog entry yet.

The full skill.

Original instructions from the publisher’s SKILL.md

# BigQuery AI & ML

BigQuery integrates with Vertex AI to provide powerful machine learning and
generative AI capabilities directly within SQL queries using built-in functions
like `AI.FORECAST`, `AI.KEY_DRIVERS`, `AI.DETECT_ANOMALIES`, and `AI.GENERATE`.

## Reference Directory

-   **Functions Reference**:

    -   **AI.AGG**: [ai_agg.md](references/ai_agg.md) - Multi-row semantic
        aggregation and summarization.
    -   **AI.CAUSAL_EFFECT**:
        [ai_causal_effect.md](references/ai_causal_effect.md) - Quantifies the
        impact of an intervention on a time series.
    -   **AI.CLASSIFY**: [ai_classify.md](references/ai_classify.md) - Classify
        text.
    -   **AI.DETECT_ANOMALIES**:
        [ai_detect_anomalies.md](references/ai_detect_anomalies.md) - Detect
        anomalies.
    -   **AI.EVALUATE**: [ai_evaluate.md](references/ai_evaluate.md) - Evaluate
        models.
    -   **AI.FORECAST**: [ai_forecast.md](references/ai_forecast.md) -
        Time-series forecasting.
    -   **AI.GENERATE**: [ai_generate.md](references/ai_generate.md) - Generate
        text using LLMs.
    -   **AI.GENERATE_EMBEDDING**:
        [ai_generate_embedding.md](references/ai_generate_embedding.md) -
        Generate embeddings.
    -   **AI.GENERATE_TABLE**:
        [ai_generate_table.md](references/ai_generate_table.md) - Table-valued
        AI generation.
    -   **AI.IF**: [ai_if.md](references/ai_if.md) - Evaluate semantic
        conditions.
    -   **AI.KEY_DRIVERS**: [ai_key_drivers.md](references/ai_key_drivers.md) -
        Identifies key drivers, this is a TVF.
    -   **AI.SCORE**: [ai_score.md](references/ai_score.md) - Score data.
    -   **AI.SEARCH**: [ai_search.md](references/ai_search.md) - Semantic
        search.
    -   **AI.SIMILARITY**: [ai_similarity.md](references/ai_similarity.md) -
        Semantic similarity.
    -   **Remote Models**: [remote_models.md](references/remote_models.md) -
        Working with remote models (Vertex AI).
    -   **CONTRIBUTION_ANALYSIS**:
        [ml_contribution_analysis.md](references/ml_contribution_analysis.md)
        -   Finds contributing factors, key drivers of change. Requires creating
            a MODEL entity.
    -   **ML.CORRELATION**: [ml_correlation.md](references/ml_correlation.md) -
        Calculates correlation between columns, optionally sliced by dimensions.
    -   **ML.DETECT_CHANGE_POINTS**:
        [ml_detect_change_points.md](references/ml_detect_change_points.md) -
        Detects structural breaks or sustained shifts in a time series.
    -   **ML.SEASONALITY**: [ml_seasonality.md](references/ml_seasonality.md) -
        Extracts seasonal components from a time series.
    -   **ML.TREND**: [ml_trend.md](references/ml_trend.md) - Extracts the
        long-term trend component from a time series.
    -   **VECTOR_SEARCH**: [vector_search.md](references/vector_search.md) -
        Vector search best practices.

## Related Skills

-   [BigQuery Basics Skill](../bigquery-basics): SKILL.md file for core BigQuery
    concepts, resource management, CLI, and client libraries.