Memory Architecture Accessing/Allocation TRIZ Cases

Off-line inspection of synchronized virtual memory pages detects threats while preserving host computing capacity and system stability.

Segmenting nonvolatile memory into high and low-speed regions resolves the trade-off between increased capacity and reduced access performance.

A non-architected buffer mediates data granule transfers between cache and memory-mapped devices.

Indexing cache data with dual address types eliminates duplicate storage, expanding capacity while maintaining fast retrieval speeds.

Unified virtual memory driver migrates pages between processing unit memories while updating page tables via an intermediary management unit.

A reconfigurable dynamic cache system delegates memory resource needs to virtualized hybrid sub-processing cores.

A packet processing pipeline with a DMA output stage creates RDMA administrative data structures directly in memory.

A flash translation layer table processing method records changed content in a dedicated table to reduce program erase cycles.

A storage drive identifies target memory blocks by counting invalid pages to recycle space without delaying write operations.

A snoop filter tracks cache entries to control retention data within exclusive cache memories.

Unused instruction RAM stores data structures to extend on-chip memory capacity, reducing performance penalties from external DRAM swaps.

Dynamic glyph caching and surface atlasing manage memory space to reduce computational overhead from repeated rendering operations.

Counters track access operations on memory cells to trigger wear leveling when thresholds are reached, preventing premature failure from uneven wear.

Zonal RAM segmentation distributes parity data across dedicated regions, minimizing write bottlenecks and reducing overall memory requirements.

A resilient device authentication system binds physical unclonable function data with metadata to create limited verification sets for secure identity management.

A memory cache driver dynamically updates allocation quotas among system agents to optimize resource distribution.

An in-memory buffer service consumer framework generates real-time analytics metric data using concurrent bounded buffers and configurable workflow steps.

An adaptive granularity row buffer cache dynamically adjusts cached data segments based on predicted memory access patterns.

A daisy chained memory controller architecture manages address and read write signals across multiple module sets.

A memory system performs power management operations before entering low power mode.

A memory manager consolidates duplicate data pages using copy-on-write and collapse operations to share pointers.

A sector-edge cache stores pre-read disk edges to accelerate logical-to-physical sector mapping.

A memory controller generates a single identification code for continuous logical addresses sharing the same data type to reduce storage overhead.

A memory management device uses a secure verifier tree to validate data stored in external nonvolatile memory.

Parallel speculative queries reduce data fetch time while maintaining cache coherence through validation mechanisms.

A 64-bit capability pointer encodes memory allocation size using a geometric progression index to enable bounds checking.

Processor-based system determines optimal storage location and duration for data blocks across multiple cloud services.

A CXL memory device manages map data across multiple storage devices through a shared interface circuit, resolving buffer capacity limits.

A main memory device tracks hot pages using access counts to migrate data between volatile and nonvolatile storage.

Controller manages Flash memory blocks via a spare good block table, replacing bad blocks to improve storage space utilization.

Batch index deletion reads contiguous storage units to reduce internal memory IO operations.

A caching system compresses occluder node data to synchronize branching paths across graphics threads.

Dynamic thread arbitration reduces cache thrashing by limiting concurrent SIMD groups based on real-time hit ratios.

Performance Configurable NVM Sets segment NAND banks to customize latency and throughput settings within a single SSD device.

A fabric library manages hardware-triggered operations to optimize collective communication performance.

A storage controller uses a threshold history buffer to skip duplicate set features commands.

Embedding CTEs into page tables enables page-level translations that reduce cache miss rates by up to 40% and improve decompression speed.

An asynchronous dual domain bridge manages power transitions between a cache coherent master and system interconnect.

A hierarchical file system uses unique identifiers and ASN.1 headers to enable direct node access.

Preprocesses smart contract bytecode into cached instruction codes to eliminate repeated parsing overhead during invocation.

A boot from block device accelerator loads and authenticates boot image slices concurrently to reduce multi-core microcontroller unit startup latency.

Buffer chips remap faulty DRAM ranks to spares, avoiding full module replacement and reducing downtime.

Randomly scatters plaintext cryptographic bytes across volatile memory via an obfuscation buffer and position tracking mechanism to mitigate cold boot attacks.

A mapping table tracks rewriteable states in encoded NAND memory, enabling direct overwrites that eliminate erase overhead and reduce tail latency.

A data processing apparatus uses unified protection registers to manage instruction and data address spaces via control bits in the program status word.

A memory abstraction unit translates client requests into virtual physical addresses within protection zones.

A programmable prefetcher uses a load monitor to track processor requests and generate custom prefetch addresses.

A storage controller updates mapping information using a copy mechanism, reducing inter-controller notification overhead during garbage collection operations.

An information processing apparatus changes storage access modes based on required readout performance to optimize device utilization.

A memory controller calculates performance ratios to adjust garbage collection cycles for stable SSD write operations.