Memory Architecture Accessing/Allocation TRIZ Cases

A user equipment allocates data packets to smallest suitable empty memory bins.

A translation lookaside buffer uses a page size presence vector to identify valid entries before initiating search operations.

A first cache memory sources a target line from a second hierarchy via intervention before the systemwide coherence response arrives.

A memory buffer detection system monitors allocation characteristics to identify leaked resources within network hardware.

A block-based processor architecture decodes variable operands to execute instructions in atomic blocks.

A hardware-accelerated cache flush process uses Internal Scatter Gather Lists and Local Message Identifiers to coordinate buffer segments.

Distinct encryption methods applied to primary and cache storage resolve the contradiction between data security and system performance.

A computational workflow management system decomposes tasks and generates labels to identify cached results for reuse.

A run-length mapping table and single address mapping table structure manages logical block addresses in non-volatile memory segments.

Hardware prefetchers use capability bounds to predict access patterns, reducing false positives and maintaining cache efficiency.

A database management system uses an in-memory hash table to index entries within a log-based storage structure for rapid data retrieval.

A vector prefetch unit consolidates related cache miss requests into a single command to reduce interconnect bandwidth usage.

A storage controller writes dummy data to a target zone during sudden power-off recovery.

A read-with-overridable-invalidate transaction signals potential data invalidation to an interconnect managing multiple master devices.

Memory management unit modifies arbitration policies to allocate shared resources based on traffic classification.

A prefetch engine detects stride patterns in address streams using consecutive stride sums to trigger data retrieval from memory.

A dynamic thermal budget logic adjusts power credits across memory groups based on real-time workload metrics to optimize resource usage.

An on-heap slab allocator segments memory into fixed-size chunks to enable efficient allocation within a virtual machine.

System dynamically joins or splits DAT tables based on context attributes, resolving the trade-off between access control security and device complexity.

A prefetch circuit adjusts sublength values to throttle operations based on detected stream patterns.

Segmenting cache data into direct-mapped and set-associative arrays reduces energy consumption by avoiding wasteful parallel access of all cache ways.

Replacing pointers with hashing in page table entries reduces cache consumption and doubles level 2 translation lookaside buffer reach.

A storage apparatus manages contiguous units of storage as groups to select regions with sufficient free space for sequential writing.

Segmenting the index between RAM and flash cache reduces I/O operations and response time during multi-location data lookups.

A processing unit switches information storage between accessible and inaccessible states to restrict external read-write access.

An updateable Bloom filter predicts cache hits to reduce latency without increasing complexity.

Segmented linked lists reduce publisher contention and improve scalability while preserving message order across distributed nodes.

A storage system monitors deletion operations to delay garbage collection cycles.

A flash cache system prioritizes tag subsets to match processing unit addresses against external memory data.

Pre-caching derived data at edge servers eliminates synchronous core calls, reducing latency and bandwidth while maintaining data freshness.

A memory controller routes data to super blocks using interleaving methods.

Shared encryption keys between processor and memory resolve security versus performance trade-offs.

A memory control circuit unit distributes data across distinct physical erasing units within separate sub-modules to enable parallel reading operations.

A NAND flash memory system classifies free blocks into management lists to enable parallel processing across multiple planes.

Segmented processing pipelines reduce power consumption while maintaining high-speed video analysis.

A processing system logically compacts degraded data chunks by extracting relevant fragments for convolution, creating smaller convolved representations.

Segmented health registers provide granular rank-level visibility, enabling the host to route save operations away from failing memory portions.

A memory access unit generates sample bus addresses and memory selects to transfer data concurrently across a multi-dimensional array.

An adaptive garbage collection engine tunes memory reclamation based on host access patterns to optimize storage utilization.

Controller segments log head information to reduce drive access frequency, resolving response time bottlenecks while maintaining data protection reliability.

Memory controller mirrors transactions across sub-channels to resolve reliability and security trade-offs in constrained manufacturing.

Controller routes valid data between storage planes using existing buffer memory, eliminating expensive SRAM requirements.

Secure device address map enables direct memory access for enclave devices, eliminating encryption overhead to improve performance and battery life.

A solid state drive method reconstructs mapping tables by reading logical addresses and adjacent page offsets from data areas.

Internal segment-data classification filters external memory reads, reducing collisions and doubling bandwidth.

A virtual memory manager tracks access counts to place data structures across heterogeneous memory devices.

A semiconductor device reduces circuit scale and power consumption by storing only high-probability interruption programs in a buffer.

Overprogramming memory with a random value and its complement flips all bits, eliminating residual data traces that single-pass zeroing leaves vulnerable.