Haystaxs provides a framework which transforms the cluster into a self-learning database by suggesting a logical design. This is achieved by extracting the schema definition and query logs from the MPP cluster; synthesize this information to build a probabilistic model using the abstract syntax tree. This information is passed through the rule engine and model evaluator to generate recommendations which would improve the cluster performance.
Please help me write a proper abstract based on the patent claims. CLAIM: 1. Haystaxs uses probabilistic machine learning algorithms to score the model. Model is created by parsing query logs and table catalog. It then periodically generates recommendations to increase cluster throughout. Haystaxs integrates with following MPP (Massive Parallel Processing) platforms including Amazon Redshift, IBM Netezza, Greenplum, HAWQ, Teradata, Hive, Impala. 2. Based on claim 1, Haystaxs offers self-learning capability for any leading MPP solution. 3. Based on claim 1, Haystaxs provides customizable pull mechanism to pull query load from cluster. 4. Based on claim 1, Haystaxs gives important information such as workload score, execution time, usage frequency, model score, storage (compressed, uncompressed), no of columns, compression ratio, no of rows, compression level, storage mode, compressed, colummner and skew. 5. Based on claim 1, Havaaxs provides columns and their joins statistics. 6. Based on claim 1, Haystaxs provides join details of any table and score based of frequency of their usage. 7. Based on claim 1, Haystaxs provide partitioning details of any table selected. 8. Based on claim 1, Haystaxs provides visuals of cluster based on score, size and time. 9. Based on claim 1, Haystaxs provides query load based on duration for each type query such as select, insert, alter, transaction, truncate, update, copy, maintenance, lock and multiple SQL queries. 10. Based on claim 1, Haystaxs provides query load based on counts for each, type query such as select, insert, alter, transaction, truncate, update, copy, maintenance, lock and multiple SQL queries. 11. Based on claim 1, Haystaxs provides hourly query analysis for select, copy, insert, truncate, update, look, multiple statements. 12. Based on claim 1, Haystaxs provides hourly query analysis can be changed to average and sum for each bout. 13. Based on claim 1, Haystaxs provides comparison for the query analyzed. 14. Based on claim 1, Haystaxs comparison window is customizable to hourly, 12 hours, 24 hours, weekly, last two week, last month and quarter. 15. Based on claim 1, Haystaxs provides a mechanism where multiple clusters can be configured to analyze performance. 16. Based on claim 1, Haystaxs provides a visual tree to explore any selected cluster. 17. Based on claim 1, Haystaxs ability to view query load analyzed for any cluster, schema, query and user. 18. Based on claim 1, Haystaxs enables administrators to sort dynamically query view based on start time, duration, query; type and filter based on these critera. 19. Haystaxs provides administrators audit trail (also called audit log) is a chronological record, set of records that provide documentary evidence of the sequence of activities that have affected at any time a specific operation procedure, or event. 20. Haystaxs also has a visualizer screen where Data Architects & DBA's can visualize their workload over time, this ensures that they know how their workloads are cranking and have the comfort that thousands of table across multiple schemas are being analyzed and monitored for performance tuning opportunities. Visual view can be filtered for any specific schema, user and table count.