Memory Architecture Accessing/Allocation TRIZ Cases

A partitioned home snoop filter architecture tracks cache line ownership across multiple caching agents.

A virtual machine mirror file pulling method retrieves base and incremental files locally to accelerate creation.

An N-dimensional memory address space maps linear regions to spatial coordinates.

Memory Protection Unit detects unverified firmware regions to enable dynamic integrity checks without high-performance hardware.

A memory controller manages logical to physical address mappings by segmenting map data for efficient updates.

Selective encryption minimizes computational overhead and power consumption by applying protection only to critical data segments within the storage subsystem.

Storage class memory preserves index data during power failures, preventing consistency loss and eliminating full disk scans.

Control computer devices transmit metadata and encryption keys to host devices for direct storage access.

A dynamically scalable cache memory system adjusts its effective size via a control circuit to manage energy consumption.

A maintenance queue circuitry buffers address translation updates, allowing lookups to proceed without blocking while storage reliability improves.

A mirror memory structure relocates valid pages during garbage collection to reduce tail latency.

Integrated silicon photonics replaces copper traces with optical waveguides to boost bandwidth in multi-chip systems.

A memory management circuit handles data transactions by initiating processing based on address mappings and providing fault responses when mappings are missing.

Network interface card caches boot files in local non-volatile memory, reducing network traffic and boot time for diskless clients.

Variable-sized codewords store logical-to-physical address table entries in volatile memory, reducing DRAM cost and power consumption by up to 20%.

A victim cache register selects available partitions for evicted lines using real-time availability indicators.

Marking cache lines private prevents pre-coherence point reads, reducing barrier overhead and enhancing performance.

Remapping logical block addresses reorganizes file storage without moving physical data, reducing flash wear from frequent defragmentation.

A pre-fetcher modifies data retrieval rates by comparing memory access addresses against a dynamic look-ahead window to optimize cache performance.

A Region Victim Hash tracks evicted lines from a Region Coherence Array, resolving the contradiction between array size and cache hit rate.

Replacing parallel connections with a serial interface reduces chip area while maintaining data storage capacity.

Garbage collection selects storage blocks using program/erase cycle counts and space usage metrics to optimize data management.

A resource management method calculates input split sizes based on memory allocation and data ratios for Map tasks.

Multi-GPU systems reduce system bus pollution and latency by routing memory requests through designated peer-to-peer paths instead of shared system memory.

A configuration data management system stores parameter groups in successive memory locations and maintains pointer locations to track changes.

A storage device manages personal data by mapping time information to physical addresses and performing internal processing operations.

A storage processor segments request workflows into stages with dedicated queues to minimize thrashing between processor cache and memory.

A virtual switch dynamically allocates ports from a shared memory pool to support flexible network configurations.

Separating metadata and journal data into distinct memory areas maintains consistency during unexpected power-offs without buffer memory.

Sorting cache data by destination address reduces magnetic head travel distance and improves write speed.

A DMA engine sends a threshold value to a decompression accelerator, which aborts decompression once the target record is reached to save bandwidth.

A memory stability determination apparatus identifies custom allocation code via a classifier and inserts poison regions to detect security vulnerabilities.

Unique signature fields validate command-data association across parallel paths, preventing coherency corruption while maintaining high throughput.

Selective invalidation via INVPTE instructions reduces synchronization overhead while maintaining data coherence across multiple processor cores.

Mapped redundant array of independent nodes uses affinity metrics to distribute data, resolving storage granularity and resource efficiency trade-offs.

A storage controller divides nonvolatile memory into user and meta areas while selecting a RAID spare area as an over provision zone.

A data placement system assigns structures to non-volatile or dynamic random access memory based on observed access patterns.

A physical-to-logical mapping table tracks data locations in volatile memory to maintain system metadata integrity during operations.

Bank segmentation and per-bank write buffers minimize page table size and reduce write amplification during fine-grained random writes.

A host system manages flash memory garbage collection by issuing selective execution commands based on device status information.

A memory controller executes urgent garbage collection to secure free blocks for writing data.

Host systems exchange quality of service statistics with a PCIe switch to dynamically adjust maximum queue depth and prevent data throughput bottlenecks.

An Object Memory Management Unit maps virtual addresses to local and network locations for unified resource access.

Nomination module replicates read-only pages across memory nodes to reduce cross-node access penalties.

Caching memory descriptor lists with handle lookups eliminates repeated probe, lock, and map operations that degrade processing time and power consumption.

A tablewalk takeover mechanism allows older memory instructions to assume active speculative translations from younger micro-ops.

Merged address entries encoded with error-correcting codes double storage capacity while maintaining robust error correction capabilities.

A file system analyzer determines logical block address extents to select optimized flash translation layer workflows.