Memory Adressing/Allocation/Relocation TRIZ Cases

Prioritizes subcache space allocation based on proximity to reduce data retrieval latency in multi-processor environments.

Hazard indication logic gates speculative fetch operations, preventing updated segments from being overwritten by non-updated data.

A BIOS engine generates a memory overlay to hide unavailable Dual Inline Memory Modules from the controller during system startup.

Disposition instructions move data between memory types to resolve I/O performance and cost trade-offs.

AES whitening randomizes data to prevent program-disturb errors in non-volatile memory.

A network relay device adjusts active buffer count based on traffic volume to minimize energy usage.

L2 cache counters track access frequency to selectively drop clean victims, reducing write-backs and extending battery life.

Silicon photonic waveguides route optical signals to off-chip cache banks, eliminating wire latency and bandwidth limits in high-speed data access.

Mapping guest frame numbers to a shared zero page reduces initial memory consumption, enabling concurrent startup of more virtual machines.

A filter module redirects input output requests to backup storage during virtual machine restoration.

A cache controller monitors activity to bypass memory requests when the cache is overloaded.

A display adapter processes Graphics Device Interface instructions directly, bypassing the host CPU to handle virtual machine display tasks.

A coherency controller routes transactions via a secondary path when the primary interconnection network fails.

Address assignment apparatus resolves data inconsistency in active-active storage by assigning identical logical unit identifiers to paired arrays.

A cache logic unit performs linefill eviction while keeping current content valid for read access requests.

A coherence switch routes transactions through separate paths for coherent and non-coherent traffic.

A network memory system exchanges appliance status messages to estimate data location and optimize retrieval paths.

A cache system reclassifies private memory portions to public status, enabling content identifier comparison across machines.

An integrated sub-block interleaving and rate matching module transfers encoded data via computed address sequences to reduce memory usage.

A cache line includes a field indicating the size of usable data to enable partial data retrieval, reducing energy consumption from unnecessary data movement.

Threads utilize cache coherence messages to identify memory changes, eliminating redundant bus reads and reducing system congestion.

A data control apparatus functions as a USB mass storage device to enable direct file exchange.

A paging cache optimization system maps guest physical pages to real addresses using connection structure descriptors.

A memory circuit extends the valid address window using preliminary internal address signals generated by an address buffer.

A load-store unit writes partial store data to available cache banks while concurrent loads proceed, using a store mask to track written portions.

A memory protection shim authenticates digital blocks before the CPU core consumes them.

A branch target buffer stores predicted addresses to accelerate instruction prefetching in processors.

A processor execution pipeline removes dependent instructions from processing while waiting for external memory access results.

A database cluster system predicts node failures using resource statistics to elect a reliable master node.

Memory controller pre-programs partially programmed nonvolatile memory blocks to intermediate voltage levels before applying erasure pulses.

An internal application mediates access by translating cluster information into memory commands, resolving security complexity.

A method assigns page-specific error correction parameters to solid-state drive memory blocks based on program-erase cycle scores.

A configuration adviser assigns storage extents to tiers based on access patterns and resource data.

A storage balloon agent acquires virtual free block data and delivers it to a host daemon for immediate physical space release.

A shared cache implements client-specific replacement policies to manage entry eviction across multiple instruction streams.

Configurable memory banks separate data bits across multiple physical units to enable dynamic mode switching.

A distributed symmetric multiprocessing architecture uses remote direct memory access to create a global shared memory space across homogeneous multi-core servers.

A magnetic tunnel junction incorporates a molybdenum-doped pinned layer to enhance switching characteristics.

Controller redirects access requests to secondary memory for error-prone primary addresses, resolving SRAM reliability loss at low voltage.

A memory controller prefetches non-sequential data using prioritized address pairs to reduce processor latency.

Central processing units classify into groups to write presence information, suppressing directory information growth in NUMA systems.

Shadow physical address mapping reduces memory bandwidth and power consumption while maintaining application performance.

Memory controller trains each channel to its highest attainable speed based on individual DIMM performance levels.

Pinned cache lines guarantee predictable performance for critical virtualization operations by exempting them from standard replacement policies.

A shared flash memory power supply circuit dynamically adjusts voltage levels based on controller signals to optimize energy usage.

External essence state tracking reduces DRAM bandwidth consumption by preventing unnecessary write-backs while maintaining local MESI protocol simplicity.

A dual-mode addressing method routes slave addresses to specific non-volatile memory devices on an I2C bus.

Multiple RF network nodes coordinate on a passive RFID tag substrate to emulate multi-time programmable memory using one-time programmable cells.

Mapping sequential cache lines to single rows reduces activation cycles and power consumption while maintaining set associativity.