Memory Architecture Accessing/Allocation TRIZ Cases

A memory device schedules internal commands using a checker module that determines priority from requester identifiers and request types.

A hierarchical cache system manages transaction conflicts using read-set and write-set indicators to optimize multi-processor execution.

Hash table implementation in flash memory uses overwrite operations to modify entries, reducing erase cycles and extending device lifespan.

Controller manages multi-level cell storage by proactively defragmenting scattered data before fullness thresholds, reducing response time delays.

An attestation facilitation component verifies secure states of memory applications across diverse hardware platforms.

Circular array with three pointers manages storage class memory page status, reducing computational overhead for embedded systems.

A flash memory controller transmits address information with an initial command, allowing subsequent operation codes to inherit that address for reuse.

Controller assesses memory block status via program and erase operation times to determine allocation priorities.

A memory apparatus uses cache block arrangement to minimize write-back operations and enhance write performance.

Asynchronous maintenance queues prevent processor stalls during memory address translation.

Ring buffers enable direct device messaging, eliminating host processor latency and management overhead.

Error engine records dataset integrity errors and identifies the last writer of corrupted data within storage array write paths.

A discard signal terminates outstanding bus transactions for speculative fetches to prevent unnecessary data return.

Delegates memory block compaction to the host system, reducing controller complexity and power consumption.

Security chaining synchronizes encryption state machines across network segments using out-of-band handshake signals and trailer metadata.

Segmented memory blocks use a dedicated controller to verify passwords, resolving the trade-off between enhanced security and increased device complexity.

A prefetch filter cache stores fault data to drop invalid requests before execution.

Dynamic priority designation grants exclusive shared cache access to selected processor compute units, eliminating cache thrashing and boosting throughput.

A flash memory erasing apparatus locates specific data sections via recorded storage addresses to remove targeted information.

Processor method determines neural network operation sequences based on tile dependency information to reduce internal bandwidth consumption during execution.

A memory-testing method selects sampled row and column addresses to execute read operations across memory blocks.

SRAM buffers rapid data streams to lower DRAM row activation frequency and power consumption.

A programmable hashing address logic generates unique cache indices to distribute image scan lines across banks.

Dynamic retention control reduces power consumption and frees storage space by discarding data during low-power states.

A memory controller translates aliased virtual addresses to shared physical pages, enabling safe deduplication across isolated virtual machines.

Serial Mode Select command processing establishes exclusive host ownership in a buffer, preventing data corruption during concurrent multi-host access.

Non-volatile initiator cache preserves transaction integrity during failures, eliminating redundant storage system copies and reducing latency.

A multi-core processor shares TLB entries from idle cores to expand active buffer capacity.

A memory controller classifies valid pages into usage-based groups to prioritize victim selection during merge operations.

Evaluating write offsets reduces read-modify-write operations and prevents data corruption.

Bypassing least recently used list operations for sequential workloads reduces lock contention and improves I/O performance in storage systems.

A management interface updates metadata and firmware tables to reconfigure flash dual in-line memory modules without resetting the information handling system.

Separate input and output pipelines manage pending request and return queues to handle speculative address translation misses without serial bottlenecks.

A cache access method uses delay and location identifiers to trigger pre-fetch operations for faster data retrieval.

Classifying incoming data as hot or cold directs writes to specific flash memory blocks, reducing unnecessary data movements and extending device lifespan.

Local caching reduces latency and cost by pre-fetching data, solving slow remote access.

A memory system stores encryption key metadata to detect data changes during read operations.

A dynamic aging schedule computes projected trimming times to distribute aging counts across memory pages based on activity levels.

An ASIC-based memory system segments flash banks for parallel access, using a DRAM buffer to boost bandwidth and redistribute writes to extend sector lifespan.

A storage controller manages map data by transferring it to host memory during initialization.

A memory controller tracks access counts to identify degraded cells and triggers targeted refresh operations.

A memory controller adjusts program and verify voltage levels based on erase program interval to maintain data reliability.

Cache accounting bits track modification status to shrink trace files while preserving debugging completeness.

A secondary storage editor modifies backup metadata to enable fine-grained data management without altering underlying files.

A memory controller calculates Hamming distances directly at the storage layer to accelerate neural network image code comparisons.

A memory access model construction method monitors page table entries to track access frequency without storing full addresses.

A storage controller allocates a write cache buffer sized by runtime energy parameters.

A storage device maintains metadata in volatile memory protected by a power hold-up module to ensure data integrity during sudden power loss.

Classifying nonvolatile dies into rotating physical sets prevents read-on-write contention, reducing latency while extending SSD lifespan.