18151327. FUTURE SCHEDULER FOR DATABASE SYSTEMS simplified abstract (Snowflake Inc.)
Contents
FUTURE SCHEDULER FOR DATABASE SYSTEMS
Organization Name
Inventor(s)
Marco H. Kroll Et Al. of Berlin (DE)
Mariusz Kwiczala of Berlin (DE)
Prayag Chandran Nirmala of Seattle WA (US)
William Waddington of Stateline NV (US)
FUTURE SCHEDULER FOR DATABASE SYSTEMS - A simplified explanation of the abstract
This abstract first appeared for US patent application 18151327 titled 'FUTURE SCHEDULER FOR DATABASE SYSTEMS
The subject technology in this patent application receives a query containing a set of query statements. It then utilizes a slot, which allocates resources from a virtual warehouse, to execute the query. The technology goes through a scheduling process using the slot and executes the query with an available slot from the virtual warehouse.
- Utilizes a slot from a virtual warehouse to execute queries
- Performs a scheduling process for query execution
- Allocates resources efficiently for query processing
- Enhances resource utilization through virtual warehouse slots
- Streamlines query execution process
Potential Applications: - Data processing and analysis - Cloud computing - Resource allocation optimization
Problems Solved: - Efficient resource management for query execution - Streamlining query processing tasks - Enhancing overall system performance
Benefits: - Improved query execution efficiency - Optimal resource allocation - Enhanced system performance
Commercial Applications: Title: "Optimized Resource Allocation Technology for Query Execution" This technology can be utilized in various industries such as data analytics, cloud computing services, and database management systems to enhance query processing efficiency and resource utilization.
Questions about the technology: 1. How does the technology optimize resource allocation for query execution? 2. What are the potential benefits of using virtual warehouse slots for query processing?
Original Abstract Submitted
The subject technology receives a query, the query comprising a set of query statements. The subject technology determines that a set of resources to be utilized by the query during execution is provided by a slot, the slot comprising an allocation of resources provided by a virtual warehouse. The subject technology performs a first scheduling process for execution of the query using the slot. The subject technology determines that an available slot is provided by the virtual warehouse. The subject technology executes, using the virtual warehouse, the query using the available slot.
