Memory Adressing/Allocation/Relocation TRIZ Cases

Address translation agents map physical addresses across ecosystems, eliminating software modifications and reducing silicon area.

An input/output memory management unit routes requests through separate virtual channels to enable address translation and memory protection.

A caching agent executes remote atomic operations locally to reduce latency caused by data ownership transfers between memory agents.

Segmenting a media cache into bands enables interruptible merge operations that preserve host command responsiveness during high-workload data accumulation.

A hash code calculation method inserts markers into data blocks to identify occupied portions during write operations.

A steering mechanism directs load and store instructions between independent L1 data caches to maximize single-thread utilization.

Structure access circuit abstracts memory into data structures, extending addressing capability while reducing computing overhead and power consumption.

A memory access control unit divides write data across multiple memories to aggregate verify error bit lengths.

A protected cache isolates private data using hardware-enforced ownership tags and speculative versioning to prevent unauthorized access.

Dynamic cache line way reassignment collects multi-level cache data to resolve inadequate monitoring complexity during software debugging.

A read-once memory container stores secret data from a source program and permits access by a destination program.

A storage proxy system uses profitability metrics to manage cache lines and optimize data retrieval.

A spatial light modulator controller loads multiple bit planes simultaneously using spatial multiplexing techniques.

A storage controller mapping manager segments access thresholds to manage data migration between high-speed and low-speed devices.

A combined memory block integrates a first memory unit and an additional stacked unit to form multi-level variable resistance cells.

Home node aborts speculative writestream transactions to prevent deadlocks in distributed shared memory systems.

Management I/O controller maps target interrupt addresses to domain registers via a translation table.

A BIOS firmware module automatically selects and enables the appropriate Trusted Platform Module version based on detected boot mode.

Coarse-grained tracking via a second associative structure reduces false positives from cache conflicts, enabling larger read set protection.

Independent tile configuration signals resolve matrix size complexity in partially configured RRAM memories.

Grouping dice by shared voltage characteristics reduces metadata storage overhead while maintaining bit error rate through representative calibration.

Transmitting stable memory pages first reduces retransmission time and improves virtual machine migration efficiency.

Z-axis compression connectors enable vertical CAMM stacking to reduce trace congestion and stub effects while maintaining high operational speeds.

Block containers with metadata enable byte-wise programming emulation in sector-wise erasable flash memory.

Control units merge multiple channel command words into transport control words to reduce handshaking overhead while providing precise timing data.

A memory controller dynamically remaps physical addresses to active banks during on-the-fly data migration.

A mirroring cache list identifies modified tracks for transfer to secondary storage before demotion, reducing latency in mirror copy relationships.

A storage system destages dirty cache data to stable storage while retaining metadata for superseded data.

Passive multiplexer isolation reduces bus capacitance and power consumption while maintaining high memory density in multi-die packages.

Segmented address registers allow a data processing circuit to bypass blocking regions, reducing power consumption and bandwidth waste in portable devices.

Tag copying resolves L1D cache alias conflicts without restricting hardware architecture or increasing power consumption.

Burst command encoding uses fixed header fields to adapt packet data width across varying network links without re-encoding.

A multi-core processor with Network-on-Chip interconnects manages data locality across distributed caches and memories.

Segmenting training data by priority reduces computing and memory consumption while maintaining model accuracy in AI workloads.

A security processor configures a memory management unit to define physical address ranges.

A memory device translates external physical addresses into internal addresses using non-volatile address translation memory.

Cache cleaning circuitry tracks dirty lines to batch write-backs and reduce row activation overhead in dual data rate memory systems.

A memory controller stores pre-calibration data for various power states, applying stored settings during transitions to reduce initialization time.

Prefetch decision logic analyzes fetch address attributes to selectively load instructions, reducing unnecessary memory access bandwidth and power consumption.

A configurable computing system uses a broker module to determine runtime configurations for electronic device components based on application information.

A 3D symmetric virtual memory buffer system maps data coordinates to reduce memory usage in variable-size Fast Fourier Transform architectures.

Targeted removal servers eliminate unnecessary resource consumption by executing deletion only on nodes containing the target data.

Controller reads storage type tags to apply stricter error checking for single-level cells, resolving power failure mapping errors.

Segmented address queues route non-snooping requests directly to memory, bypassing CPU snooping bottlenecks and boosting throughput.

A decoder adjusts soft metrics using shaping statistics to improve initial reliability estimates.

A memory controller manages data transfer between volatile and non-volatile storage using a multiplexer for external access.

Self timed memory chips in a daisy chain eliminate buffer chips to reduce area and power consumption while maintaining reliable data transmission.

Un-mapping de-allocated pages from sparse data structures reduces memory fragmentation and recovers physical memory.

Z-axis compression connectors enable offset stacking of memory modules, reducing signal trace congestion and power consumption.

A flash memory controller dynamically switches interface modes to optimize access efficiency for connected devices.