Memory Architecture Accessing/Allocation TRIZ Cases

Tracking invalidation requests allows selective cache and TLB entry invalidation, reducing resumption latency caused by full rebuilding.

A memory controller uses a staging area to delay deduplication until data stabilizes, reducing bandwidth overhead.

A memory controller divides volatile memory into dedicated sub-regions to store valid-data location information for parallel garbage collection operations.

A data caching method loads physical addresses for high heat regions into cache memory based on historical access patterns.

Selective write-back resolves cache-memory inconsistency without flushing the entire cache, preventing processing bottlenecks.

A memory controller manages erasure cycles by selectively activating static wear leveling based on data characteristics.

A data processing method reads video and auxiliary sources using specific position marks to output frames and rows efficiently.

Separating control flow data into dedicated shadow stacks prevents return-oriented programming attacks that exploit mixed data and control stacks.

Internal decoding units decompress external files into fast memory, resolving slow decompression speeds and reducing CPU resource waste during demand paging.

A logical map table stores compressed size fields to track data block dimensions.

Removable storage uses journaled and non-journaled partitions to maintain data integrity while ensuring native operating system compatibility.

A memory select register maps virtual to physical values for operand access.

A storage device uses a temperature sensor to activate specific memory blocks for program operations.

A multi-stage media access control system segments request handling into submission, arbitration, and execution phases to eliminate synchronization overhead.

A storage controller selects reclaim units for data placement based on device conditions.

A memory system dynamically adjusts garbage collection operation time based on valid page counts and logical address distribution.

Computing device evaluates available memory volume to generate and merge updated portions of database partitions across two storage devices.

A memory pool manager allocates shared resources to virtual machines based on defined priority levels and guaranteed sizes.

Smart garbage sanitization engine masks or encrypts sensitive data in memory regions during software exceptions to prevent PII exposure from core dumps.

System retrieves uncorrupted metadata copies from peer nodes to fix cache errors without offline consistency checks.

Mapping guest balloon pages to a shared host page frees machine memory and detects writes to reset allocations, resolving overcommitment performance issues.

A processor translates CPU memory-mapped requests into commands for a multithreaded domain.

Segmenting system cache across sets and ways reduces power consumption by tailoring partition parameters to specific access patterns.

A microprocessor controller directs a shared cryptographic engine using data cached in segmented buffer units for distinct execution environments.

Scramble circuits distribute memory access patterns to reduce error concentration in adjacent cells.

A memory controller prohibits erasing nonvolatile memory cells during a critical stabilization period to maintain data integrity.

A unified hypervisor maps virtual memory addresses across multiple physical devices to enable direct data access between virtual machines.

Segmented processors in a memory controller search mapping information, reducing command processing time and improving read operation throughput.

A computational storage device executes user programs and provides access to internal device programs through standard NVMe commands.

Aggregated background processing coordinates deduplication and compression tasks across storage blocks to reduce redundant data accesses.

Read-time fingerprint matching consolidates duplicate data chunks in a virtualization content cache, reducing storage waste without slowing write speeds.

A hardware mechanism coordinates page migration across multiple dielets by broadcasting binding information to access counters for accurate traffic notifications.

Encryption keys expire automatically to remove access to stored data, reclaiming capacity and mitigating security risks from expired information.

A host queues external commands using a controller memory buffer storing die status information.

Dynamic redundancy registers store expected data values to verify STT-MRAM writes against actual cell states.

An interrupt-controlled prefetch mechanism loads peripheral data into a cache to eliminate CPU wait states caused by slow peripheral access speeds.

A semiconductor memory stack uses a polygonal hole pattern to position vertical electrodes and variable resistance layers for high integration density.

A sub-region bit table tracks valid data locations within memory blocks to streamline physical address retrieval during read operations.

A system identifies unnecessary memory read requests and conditionally eliminates them to reduce power consumption.

A smart contract processing engine generates definition hashes to verify integrity without executing full code on all nodes.

An LBA blocking table checks incoming commands against pending address ranges to prevent data corruption during parallel processing.

A storage recovery module manages divisions using logical-to-physical translation for out-of-place writing.