Memory Systems TRIZ Cases

Shadow tag memory delays cache probe transmission until scope acquire operations, reducing unnecessary invalidations and power usage.

A processor selects hard disks using pre-established performance data to optimize read/write operations across multiple drives.

Writing payload data in the order received improves random write performance by treating sequences of random data similarly to contiguous data.

Segmented storage arrays with dedicated directors eliminate resource competition, enabling parallel upgrades without affecting other partitions.

Slave devices embed bus ownership requests within standard response packets to enable seamless master-slave handover.

System applies reference screen layout to new printer, reducing user adaptation complexity and minimizing printing errors.

Segmenting work and resource areas prevents unnecessary deletion of PCL data during switching, ensuring seamless rendering without power cycling.

Caching prioritizes memory access over database retrieval to update parameters without downtime while preserving execution speed.

Software programmable arbitration manages ultra high priority device access to shared resources using dynamic masking intervals.

A resource access control scheme tracks requesters to enforce fair sharing policies.

External shared memory receives JVM cache status data, enabling remote monitoring that prevents delayed detection of internal operational failures.

A mobile device shifts execution states between multiplex and single modes to release resources for active applications.

A storage controller pre-fetches location descriptors into a single shared buffer to reduce aggregate on-chip memory requirements.

Epoch-based invalidation reduces processing latency by avoiding full transaction checks.

Dynamic reconfiguration of the crossbar switching fabric resolves adaptability versus complexity trade-offs while maintaining system speed.

A registration mechanism inserts function pointers into class objects to link native methods with Java classes.

A switched fabric back-end interface connects all storage controllers to every disk drive in a declustered RAID system.

Segmented shared memory banks enable parallel data access across multiple processing threads without serialization overhead.

A management console automates candidate storage appliance identification and volume allocation, eliminating manual name tracking across growing host networks.

Separate write and read data caches in a memory controller reduce bottlenecks by allowing request reordering while coherency circuitry tracks dependencies.