18745356. ROUTING FEEDBACK DATA BLOCKS VIA A PRIORITIZED FEEDBACK COMMUNICATION MECHANISM BASED ON POWER simplified abstract (Ocient Holdings LLC)
Contents
ROUTING FEEDBACK DATA BLOCKS VIA A PRIORITIZED FEEDBACK COMMUNICATION MECHANISM BASED ON POWER
Organization Name
Inventor(s)
George Kondiles of Chicago IL (US)
Jason Arnold of Chicago IL (US)
S. Christopher Gladwin of Chicago IL (US)
Joseph Jablonski of Chicago IL (US)
Daniel Coombs of Chicago IL (US)
Andrew D. Baptist of Mt. Pleasant WI (US)
ROUTING FEEDBACK DATA BLOCKS VIA A PRIORITIZED FEEDBACK COMMUNICATION MECHANISM BASED ON POWER - A simplified explanation of the abstract
This abstract first appeared for US patent application 18745356 titled 'ROUTING FEEDBACK DATA BLOCKS VIA A PRIORITIZED FEEDBACK COMMUNICATION MECHANISM BASED ON POWER
The abstract of the patent application describes a database system node that can receive data blocks from source nodes via relay nodes and generate feedback data blocks to be sent back to the source nodes. Feedback relay node selection data is used to choose nodes in the system to facilitate routing of the feedback data blocks based on a prioritized feedback communication mechanism and power utilization. The feedback data blocks are then sent to the selected nodes for routing back to the source nodes using the prioritized feedback communication mechanism.
- Database system node receives data blocks from source nodes via relay nodes
- Generates feedback data blocks to be sent back to the source nodes
- Feedback relay node selection data chooses nodes for routing feedback data blocks
- Prioritized feedback communication mechanism and power utilization are considered in selecting nodes
- Feedback data blocks are sent to selected nodes for routing back to source nodes
Potential Applications: - Data processing and communication systems - Network optimization and efficiency - Feedback mechanisms in distributed systems
Problems Solved: - Efficient routing of feedback data blocks in a database system - Optimization of power utilization in data communication - Facilitation of communication between nodes in a network
Benefits: - Improved data processing efficiency - Enhanced network performance - Reduced power consumption in data communication
Commercial Applications: Title: "Optimized Feedback Routing System for Database Nodes" This technology can be applied in: - Cloud computing systems - IoT networks - Telecommunication infrastructure
Prior Art: Readers can explore prior research on: - Feedback mechanisms in distributed systems - Power-efficient data communication protocols
Frequently Updated Research: Stay informed about the latest developments in: - Network optimization algorithms - Power utilization in data processing systems
Questions about Database Node Feedback Routing: 1. How does the prioritized feedback communication mechanism improve data routing efficiency? 2. What are the key factors considered in selecting nodes for routing feedback data blocks?
Original Abstract Submitted
A node of a database system is operable to receive a plurality of data blocks from a set of source nodes via a set of relay nodes. At least one feedback data block to be sent to at least one of the set of source nodes is generated. Feedback relay node selection data selecting at least one of a plurality of nodes in the database system for facilitating routing of the at least one feedback data block from the node to the at least one of the set of source nodes based on a prioritized feedback communication mechanism and power utilization. The at least one feedback data block is sent to the at least one of the plurality of nodes selected in the feedback relay node selection data. The at least one feedback data block is routed from the node to the at least one of the set of source nodes via the prioritized feedback communication mechanism.
