Memory Adressing/Allocation/Relocation TRIZ Cases

A memory management method enables processors to share and release a common memory pool region.

A memory scheduler places commands into idle slots before frequency mismatch bubbles to increase throughput.

A target port uses multicast address ranges to distribute data across memory banks.

Base version values mediate setup changes to eliminate explicit invalidation and reduce computational overhead.

Transmitting identification data between controllers invalidates cached entries without duplication, reducing storage access frequency.

A memory configuration method defines banks using dynamic parameters and logic addresses to enable flexible hardware adaptation.

An asynchronous FIFO buffer decouples read and write clocks, using pre-fetching to meet tight timing specifications at high data rates.

A communication interface segments protocol stacks into user space to bypass kernel mediation.

Hosts map non-prefetchable storage locations into 64-bit GMMIO space, easing LMMIO constraints.

Randomizing user data before storage reduces program disturb errors in multi-bit flash memory cells while maintaining reliability.

A communication unit manages memory access requests between operating systems to expand virtual memory capacity.

A post-package repair storage array maps defective rows to spare memory cells within dynamic random access memory devices.

A deduplicated cache system uses an exclusion list to manage file indexing and extent entries.

A method detects deallocated NVMe I/O queues and broadcasts asynchronous event requests to allocate new queues using freed resources.

A lock-free trie dynamically coarsens subtrees to conserve memory during incremental garbage collection.

A flash memory device adjusts program voltage levels based on wear-leveling data to manage cell programming states.

Memory region segmentation enables heterogeneous processors to maintain internal cache coherence at a finer granularity while sharing physical memory resources.

Virtual index obtaining unit retrieves cache line indexes from virtual addresses for tag comparison.

Differentiated refresh intervals target significant bits more frequently, lowering energy use while maintaining data retention reliability.

A network-on-chip apparatus selects active memory parameter sets to distribute traffic across channels.

A command window generator adjusts timing to reduce standby power consumption in memory devices.

Tracking image segment access patterns allows the system to pre-load frequent segments into cache, reducing provisioning delay from storage retrieval.

An advanced round robin refresh system prioritizes memory banks to enable concurrent access and refresh operations.

A memory controller adjusts patrol scrub periods based on energy storage status to optimize error correction scheduling.

A nonvolatile memory device writes dummy data into a selected close unit to mitigate cell coupling effects.

Check data generation units and inversion control mechanisms lower error rates during high-frequency DDR4 read/write operations while minimizing energy usage.

Segmenting services into real-time and non-real-time versions prevents page faults from disrupting deterministic access.

A CAM data read controller stops load operations based on check data within pages.

Segmenting cache memory into multiple regions with varied access paths resolves the trade-off between fast data retrieval and limited storage capacity.

A storage control system partitions memory channels into super devices and super blocks to organize data efficiently.

A data processor executes decorated instructions with cache bypass to perform atomic updates directly in memory.

A non-volatile memory device writes data in partial physical blocks to increase write speed.

A decoding unit re-maps serial addressing bits to access multiple flash memory devices.

Mapping module translates logical addresses to physical ranks via FET switches, bypassing controller attachment limits.

A memory device with a logical-to-physical bank mapping cache enables quad-port access using multiple physical banks.

An extended address register enables contiguous data access, eliminating page boundary checks and overhead.

Extended asynchronous data mover manages non-contiguous block transfers via indirect address words.

A multimedia reproducing apparatus separates utility programs from external applications using distinct memory areas.

Decouples write and read operations via separated address sets, reducing pointer adjustment frequency and lowering error rates in high-width data transfers.

Selective cache invalidation using distributed time base signals reduces processing overhead for ray tracing rendering.

Emulator application configures physical-to-physical address mapping for peer-to-peer peripheral communications.

A frame buffer coalesces multiple write operations into a single operation when data blocks align with compression tile boundaries.

Allocation strategy assigns DNN weight matrices to 3D crossbar array tiers, minimizing contention and latency while maximizing throughput.

Dynamic store queues merge stores via store-marks, reducing memory bandwidth while maintaining forward progress during cache misses.

Local caches configure dispersion parameters to control synchronization ranges, reducing handover interruptions while managing network load.

A calculation apparatus updates stride parameters to read padded data blocks from a buffer module for tensor operations.

An object-based memory fabric manages data structures natively at the hardware layer to accelerate processing nodes.