Aggregate sentiment score (-1.0 to 1.0) for a collection of texts
Per-group — reads the whole group in one call.
SENTIMENT_AGG({{ texts }})| name | type | description |
|---|---|---|
| texts | JSON | — |
Positive reviews should return positive sentiment score
WITH
test_data AS (
SELECT
*
FROM
(
VALUES
('I absolutely love this product!'),
('Best purchase I ever made'),
('Fantastic quality and service'),
('Highly recommend to everyone')
) AS t (review)
)
SELECT
SENTIMENT_AGG (review)
FROM
test_dataBayesian A/B test (Beta-Binomial) returning full posterior + recommendation
Assess the confidence/quality of a cascade execution result.
Compare values in a group for similarities, differences, and patterns
Generate the strongest counterargument to a position
Differentially-private count (Laplace mechanism, sensitivity=1)
Differentially-private mean (Laplace mechanism)
Aggregate sentiment score (-1.0 to 1.0) for a collection of texts
Per-group — reads the whole group in one call.
SENTIMENT_AGG({{ texts }})| name | type | description |
|---|---|---|
| texts | JSON | — |
Positive reviews should return positive sentiment score
WITH
test_data AS (
SELECT
*
FROM
(
VALUES
('I absolutely love this product!'),
('Best purchase I ever made'),
('Fantastic quality and service'),
('Highly recommend to everyone')
) AS t (review)
)
SELECT
SENTIMENT_AGG (review)
FROM
test_dataBayesian A/B test (Beta-Binomial) returning full posterior + recommendation
Assess the confidence/quality of a cascade execution result.
Compare values in a group for similarities, differences, and patterns
Generate the strongest counterargument to a position
Differentially-private count (Laplace mechanism, sensitivity=1)
Differentially-private mean (Laplace mechanism)