Memory Adressing/Allocation/Relocation TRIZ Cases

A computing system detects disabled memory module slots during boot and compares current identifiers against stored values to restore access.

A system-on-chip probes non-volatile memory with varying address cycles to determine valid access parameters.

Extends browser localStorage to store client content remotely, bypassing the 5 MB quota limit and enabling cross-device data sharing.

Non-transparent bridges in a PCIe network switch enable direct memory access between servers, eliminating local storage latency and congestion.

Dynamic pin control generates unique access addresses for each memory slot group, eliminating address conflicts and removing the need for external multiplexers.

A mapping client integrated into a hypervisor caches shared storage objects to eliminate redundant physical I/O operations.

A progressive volume loading approach stores image data sections at addresses corresponding to their original locations in memory.

A capacity index records page data volume changes to map row positions directly to storage pages.

A mixed compiler configures memory and logic units in an integrated circuit simultaneously using predefined parameters.

An interruptible read-modify-write memory interface allows higher priority requests to temporarily suspend pending operations.

A controller interleaves user data sets across first and second memory devices to enhance system performance.

Application memory segmentation using shared secret keys to reserve private workspaces for contactless applications.

A processor miss buffer uses a replay bit to control execution mode transitions during speculative instruction processing.

Grouping memory requests into fetch granules prevents head of line blocking and reduces latency in distributed subsystems.

Segmented transfer controllers enable parallel operations, resolving bottlenecks from heavy memory coupling.

Command scripts execute arbitrary operations on non-volatile memory without controller understanding, enabling advanced testing and debugging.

A unified memory architecture allocates virtual pages across distributed graphics processors to consolidate closed page lists and reduce memory footprint.

Control circuit translates virtual addresses to physical EEPROM locations, enabling diagnostic data access without additional hardware interfaces.

A memory device uses a control logic selector to activate specific circuits based on command types.

A location determination system generates a reduced resolution position using a density-based grid overlay to protect user identity.

Caches striped directory filenames at predictable locations across multiple storage volumes to localize access and reduce inter-node communication.

Dynamic reclassification of assigned cache portions into public segments reduces latency and improves data retrieval across multiple machines.

Automated digital bitmap comparison replaces physical photo mask manufacturing, reducing verification time from weeks to seconds while maintaining accuracy.

A parallel processing corral manages pixel batches to enable asynchronous read and write operations across multiple processors.

A NAND flash content addressable memory system broadcasts search keys across word lines to enable parallel data retrieval.

A proxy cache selection system automatically switches replacement policies based on real-time statistical data.

Dynamic allocation of a shared memory pool resolves inefficiencies from pre-allocated fixed memory in hardware neural simulators.

A level one cache extends its effective size by treating a selected portion of level two memory as an accessible extension.

An in-memory AI accelerator executes neural network operations directly within memory arrays to reduce processing latency.

A pixel I/O unit aligns subframes within a frame buffer to optimize memory access sequences.

Conditional data request routing checks local cache state to eliminate unnecessary node hops and reduce latency.

A storage apparatus dynamically adjusts disk zone boundaries to allocate flexible RAID configurations.

A storage processor breaks host commands into sub-commands to distribute logical block addresses across multiple solid state disks.

A cache controller harvesting engine groups modified data lines sharing a common memory row to combine write requests.

A coherent attached processor proxy manages memory access requests and coherence messages on behalf of external processors.

A store queue determines whether to replay store instructions based on cache line states and execution phases.

An embedded compression codec reduces stored data volume, resolving the trade-off between usage efficiency and device complexity.

A data storage apparatus divides texture blocks into sub-blocks and stores headers at predictable addresses for efficient random access.

Hypervisor scans page table entries to classify memory pages as hot or cold based on access patterns.

An NVM driver scales physical capacity reporting to expand logical space allocation for the file system.

A private buffer tracks cache line addresses to manage load and store marks, preventing thread performance loss from frequent mark removal.

A hybrid computing system merges serial and parallel processors with partitioned memory modules to enable seamless operational transitions.

Eliminating the volatile cache layer from solid state disk storage resolves data inconsistency and redundancy issues while maintaining access speed.

Segmenting cache data into multiple single-ported SRAM devices eliminates write buffer bottlenecks, enabling high bandwidth without increasing silicon area.

A centralized non-system-memory gateway circuit routes non-DRAM transactions across multiple computer system networks.

A page placement module selects memory units for data blocks based on calculated cost values derived from access frequency, latency, and vulnerability factors.

A driver-assisted Base Address Register mapping mechanism virtualizes multiple PCIe functions through a single master device interface.

Hierarchical blocks assign application groups to policy managers, resolving data center scalability complexity.

Mapping word line indices to bin labels enables dynamic read voltage selection that adapts to changing cell characteristics, reducing bit error rates.