Memory Architecture Accessing/Allocation TRIZ Cases

A hypervisor converts virtual descriptors to physical addresses for direct memory access by network interface cards.

Dynamic switching between heterogeneous processors reduces chip area by 40% while maintaining execution speed.

External controller mirrors writes to keep source cache online, avoiding offline downtime and backing store overload during distributed cache migration.

A memory controller generates parity information from sub-data streams to protect data integrity during write operations.

A cross-temperature management circuit adjusts read voltage set points proactively to maintain data integrity.

A reconfigurable dynamic cache system varies operational modes to optimize memory access speed.

A storage controller uses a SerDes link between separate host and media interface circuits to overcome substrate pad constraints.

An SSD unmap function returns a pre-set value for uninitialized sectors to mark them ready without writing data.

Cascaded encryption ties data keys to physical memory locations, preventing attackers from recovering versions left by garbage collection.

A storage controller uses an RTOS scheduler to manage data expiration times for flash memory operations.

A storage controller identifies logical volumes to enable direct data transfer between host computers and FBOF drive chassis.

Hardware memory tagging circuitry co-locates hidden inline metadata within cachelines to enforce access control.

A hypervisor-enforced memory chunking mechanism restricts code execution and data access to designated privilege levels.

Tunable parameters limit data validation cycles on the cache cluster after storage cutover, reducing latency and home cluster workload.

Dynamic mapping eliminates redundant host-level structures to resolve complexity in managing storage capacity across multiple devices.

A coprocessor architecture with memory routers and collection blocks enables efficient data transfer.

A dynamic queue alias system maintains message flow while enabling target updates through a cached change flag count.

Accumulating memory access request counts across a high-speed data link reduces rendering latency and improves scalability.

Flash memory controller batches immediate host write commands to reduce processing latency during garbage collection and table updates.

A test system generates a second address translation structure from a first to verify processor cache operation.

A memory management unit selects cached page table entries using translation preference indicators to resolve translation lookaside buffer conflicts.

Leaping linear search with decreasing step detects the last used page, avoiding misjudgments from abnormal power-offs and reducing search time.

A signal merging tree structure serializes concurrent requests across multiple processors using a Boolean traversal mechanism.

A memory control unit allocates regions and monitors activity counts to block unauthorized access.

A memory cryptography coprocessor generates shared memory key data to bypass network protocol overhead and improve inter-enclave communication efficiency.

Solid state drive write-back cache flushing algorithm mirrors data across multiple drives to maintain redundancy during normal operations.

A solid-state drive controller compares power-on and power-off timestamps to select an appropriate boot mode.

Co-locating shared variables in TLB shootdowns reduces CPU cache contention and eliminates synchronous waiting delays.

Integrated compression reduces super capacitor requirements while maintaining data backup reliability during power failure events.

A cloud array application resolves integration complexity by translating diverse APIs into a unified interface for secure multi-cloud replication.

A non-volatile cache buffers unaligned data packets before physical storage.

A configuration mapper translates logical memory addresses to physical views in graphics processors, enabling indirect updates via command buffers.

An arbiter modifies access sequences for cores contending for the same bank, reducing dynamic latency and contention.

A load-store unit cascades consecutive memory load instructions to reduce execution latency.

Address translation circuitry selects translation lookaside buffer entries using stored address space identifiers to minimize misses caused by limited capacity.

A user traffic generation apparatus segments storage between on-chip SRAM and off-chip DRAM to enable line-rate packet processing.

BIOS calculates Top of Lower Memory based on DIMM pairs to define caching characteristics using limited MTRR pairs.

A channel controller directs data transfer requests from virtual machines to dedicated memory channels.

A hybrid storage system allocates metadata to byte-addressable memory and file data to block-based NAND.

Non-volatile memory buffers change records to accelerate transaction commits, eliminating log file synchronization delays that hinder OLTP concurrency.

A cache allocation circuit uses minimum and maximum mapping bitmasks to partition shared memory resources among multiple quality of service classes.

A write cache controller schedules optimized flushes for qualifying workloads to improve data distribution across non-volatile memory units.

Cache tags identify previously logged values to prevent redundant data capture, reducing execution trace size and storage requirements.

A hypervisor driver maps address spaces to enable direct memory access between virtual storage directors, reducing latency by bypassing the virtual switch.

Stores depth data and hash codes in unused memory block space alongside bandwidth-compressed graphics data.

NVM interface classifies data as dynamic or static to place it in appropriate stream blocks, reducing garbage collection write amplification.

Dynamic garbage collection unit allocation resolves workload imbalances in solid-state drives by offloading traffic to underutilized die sets.

System monitors garbage collection processes to identify suspicious objects causing thrashing behavior.