USAGE LEVEL IDENTIFICATION FOR MEMORY DEVICE ADDRESSES

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USAGE LEVEL IDENTIFICATION FOR MEMORY DEVICE ADDRESSES - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240281371 titled 'USAGE LEVEL IDENTIFICATION FOR MEMORY DEVICE ADDRESSES

The abstract describes methods, systems, and devices for identifying the usage level of memory device addresses. The memory device determines where to store data based on the level of usage of the data, updating the level of usage value and writing the data to a physical address of the memory array accordingly.

Memory device identifies usage level of data for storage
Write command received indicating data, type, and logical address
Table maps logical address to physical address with usage level field
Level of usage value updated and data written to physical address based on usage level

Potential Applications: - Data storage optimization - Memory management in computing systems - Enhanced performance in memory devices

Problems Solved: - Efficient data storage allocation - Improved memory access speed - Enhanced data organization in memory arrays

Benefits: - Increased efficiency in memory usage - Faster data access and retrieval - Better overall performance of memory devices

Commercial Applications: Title: "Usage Level Identification Technology for Memory Devices" This technology can be applied in various industries such as: - Cloud computing - Data centers - IoT devices

Questions about Usage Level Identification Technology for Memory Devices: 1. How does this technology improve memory management efficiency? 2. What are the potential implications of this technology in data storage systems?

Frequently Updated Research: Stay updated on the latest advancements in memory device technology and data storage optimization to enhance performance and efficiency.

Original Abstract Submitted

methods, systems, and devices for usage level identification for memory device addresses are described. systems, techniques, and devices are described herein in which a memory device may determine where to store data according to a level of usage of the data. the memory device may receive a write command indicating data to be written, a type of the data, and a logical address of a memory array for writing the data. the memory device may identify an entry associated with the logical address in a table that maps the logical address to a physical address of the memory array. the entry may include a field configured to maintain a level of usage for the logical address. the memory device may update the level of usage value according to a process and write the data to a physical address of the memory array based on the level of usage value.