Memory Architecture Accessing/Allocation TRIZ Cases

Segmenting SRAM caches into ECC and data subportions reduces power consumption while maintaining reliability at lower voltages.

Bitmap tracking of erase counts enables proactive block erasure, preventing data loss from wear while minimizing operational overhead.

Memory controller caches prioritized logical block addresses to reduce translation latency during flash memory data access.

A processor allocates temporary memory space for fast data storage using a file system setting value.

Controller segments data by access frequency, moving hot pages to fast DRAM and leaving cold pages in large-capacity NVM to reduce power consumption.

Priority-based caching in a hierarchical memory system reduces access latency and power consumption by balancing storage capacity against performance overhead.

Accelerator flags protect modified cache lines from premature eviction, reducing energy consumption during offloaded processing.

An interface control unit analyzes logical block address and key-value commands to execute storage operations independently or concurrently.

Transient caching manages residual data buffers to ensure atomic storage of bundled metadata and data streams.

A fast operation log decouples client confirmation from backend storage writes to accelerate data processing.

A dynamically configurable translation lookaside buffer allocates storage entries based on page size requirements to optimize memory usage.

Draining circuitry scans cache subsets to write dirty lines to persistent memory while blocking speculative store data.

An independent reaccess module generates descriptors to retrieve erroneous data blocks, reducing firmware overhead and processing time.

Offloading compressed data to external storage reduces bandwidth consumption and power usage during swap operations.

A locality-aware cache coherence technique manages shared memory access using metadata to distinguish private and shared data states.

Automated memory assignment classifies data as hot or cold using hardware counters, eliminating manual configuration while optimizing processing speed.

Recording programming status allows the controller to verify data transfer completion, preventing prolonged checking times that occupy firmware resources.

Segmenting non-volatile memory isolates file system and external bad block managers, preventing access conflicts between information tables and user data.

A monitoring framework reads accelerator telemetry data from physical file structures into virtual files visible to application software programs.

Pre-computed metadata patterns resolve into binary representations to prevent malicious code execution without real-time processing overhead.

A computer system calculates metadata amounts for each volume to determine optimal migration targets and transfer compute nodes.

Predictive latency analysis guides data relocation in nonvolatile media, reducing write amplification while maintaining data integrity.

A processor mechanism issues a single scatter/gather prefetch instruction to perform one TLB lookup for address translation.

Embedded controller adjusts power supply duration to flush volatile memory cache before shutdown.

A hypervisor assigns context tags to system memory pages based on operating system type and content examination.

A virtualization layer with a micro-hypervisor intercepts write accesses to enforce protection policies on guest processes.

Shared memory between main and parallel processors enables lightweight kernel file I/O offloading, reducing OS interference in manycore systems.

A version controller allocates copy pages in persistent memory to manage atomic transaction data.

Huge page balloon support allocates contiguous guest memory blocks aligned to host page sizes, reducing virtualization memory allocation complexity.

A memory controller moves data between zone blocks to reduce map update frequency.

A recurrent neural network predicts future storage locations to optimize cache allocation.

A hypervisor prefetches swapped-out guest memory pages into a host cache to enable immediate data access.

Segmented source and drain select lines divide memory blocks into smaller erasable sub-blocks, preventing erase disturb in non-selected areas.

A memory module processing unit performs embedding operations near data storage to improve system throughput.

A dynamic inclusive last level cache controller identifies high-reuse data patterns to maintain shared copies in the next level cache.

Sorting flash memory data by rewrite likelihood into SLC and MLC partitions reduces write amplification and extends device lifespan.

Dynamic random access memory buffers write commands to reduce direct NAND flash operations, lowering write amplification and extending storage lifespan.

Hardware encryption engine translates ciphertext between position-dependent and independent cipher systems.

Uniform spatial subdivision of scene data enables dynamic cell assignment, resolving severe load imbalances in large-scale ray tracing models.

Shared kernel buffers reduce retrieval frequency and energy consumption while maintaining high throughput for deep learning convolution operations.

Front-end component manages sequential streams using identifiers and position indicators to optimize cache slot allocation.

A storage controller generates a logical address key to encode write data and detect mapping errors in dynamic memory systems.

A flash memory controller writing method configures logical addresses and address centers to minimize data dispersion within physical blocks.

Integrating gating circuitry with hazard management serializes overlapping transactions, eliminating deadlock avoidance logic and reducing write latency.

Flash memory controller switches between single-level cell and multi-level cell modes to recover data segments when standard decoding fails.

Storage controller manages flash memory modules by exchanging data between logical groups to distribute write loads evenly.

Segmenting a mobile device into a core engine and specialized modules reduces power consumption and boot time while maintaining versatility.

A producer prefetch filter table tracks previous addresses to suppress redundant data requests in indirect prefetch circuitry.