Zingg-0.3.4
  • Welcome to Zingg
  • Step-By-Step Guide
    • Installation
      • Docker
        • Sharing custom data and config files
        • Shared locations
        • File read/write permissions
        • Copying Files To and From the Container
      • Installing From Release
        • Single Machine Setup
        • Spark Cluster Checklist
        • Installing Zingg
        • Verifying The Installation
      • Compiling From Source
    • Hardware Sizing
    • Zingg Runtime Properties
    • Zingg Command Line
    • Configuration
      • Configuring Through Environment Variables
      • Data Input and Output
        • Input Data
        • Output
      • Field Definitions
      • Model Location
      • Tuning Label, Match And Link Jobs
      • Telemetry
    • Working With Training Data
      • Finding Records For Training Set Creation
      • Labeling Records
      • Find And Label
      • Using pre-existing training data
      • Updating Labeled Pairs
      • Exporting Labeled Data
    • Building and saving the model
    • Finding the matches
    • Linking across datasets
  • Data Sources and Sinks
    • Zingg Pipes
    • Snowflake
    • JDBC
      • Postgres
      • MySQL
    • Cassandra
    • MongoDB
    • Neo4j
    • Parquet
    • BigQuery
  • Working With Python
  • Running Zingg on Cloud
    • Running on AWS
    • Running on Azure
    • Running on Databricks
  • Zingg Models
    • Pre-trained models
  • Improving Accuracy
    • Ignoring Commonly Occuring Words While Matching
    • Defining Domain Specific Blocking And Similarity Functions
  • Documenting The Model
  • Interpreting Output Scores
  • Reporting bugs and contributing
    • Setting Zingg Development Environment
  • Community
  • Frequently Asked Questions
  • Reading Material
  • Security And Privacy
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  1. Step-By-Step Guide
  2. Working With Training Data

Labeling Records

Providing user feedback on the training pairs

PreviousFinding Records For Training Set CreationNextFind And Label

Last updated 2 years ago

The label phase opens an interactive learner where the user can mark the pairs found by findTrainingData phase as matches or non-matches. The findTrainingData phase generates edge cases for labeling and the label phase helps the user mark them.

./zingg.sh --phase label --conf config.json <optional --showConcise=true|false>

Proceed running findTrainingData followed by label phases till you have at least 30-40 positives, or when you see the predictions by Zingg converging with the output you want. At each stage, the user will get different variations of attributes across the records. Zingg performs pretty well with even a small number of training, as the samples to be labeled are chosen by the algorithm itself.

The showConcise flag when passed to the Zingg command line only shows fields that are NOT DONT_USE.

Shows records and asks user to mark yes, no, can't say on the cli.