Memory Systems TRIZ Cases

A software application porting system automates transformation of code and data schemas between platform versions.

Segment kernel pages by relocatability to reduce system bus contention while preventing data corruption from DMA access.

Dynamic function versioning resolves the contradiction between data integrity and execution speed by applying segmentation and dynamics principles.

A memory management method marks related memory for retention only when a class extension lacks a finalizer-free characteristic.

A tag buffer stores metadata alongside virtual machine data, reducing memory access time during live migration.

Classifying reference locations by origin and constraining collection order reduces remembered set size, minimizing scanning delays in real-time systems.

A semiconductor device uses a selector to switch between memory and inter-device interfaces, reducing terminal count and implementation area.

A storage system sets capacity guarantees for virtual volumes to decouple logical sizing from physical disk boundaries.

Segmenting directory cache entries into basic state and share vector fields doubles information storage capacity while maintaining fixed entry size constraints.

A content ingestion system generates task duration estimates using historical transaction data from multiple publishers to support scheduling.

Segment shadow storage pages into distinct groups processed during separate savepoints, eliminating full system locks and reducing runtime overhead.

A system generates semantic type data and maps external service parameters to application floorplan instances for controlled integration.

Circuitry manages hidden memory pages within 3D stacked DRAM using dedicated page tables for processor-only access.

A hypervisor virtual media shelf emulates a drive to let guests read content via a guest-to-host channel without custom drivers.

Flexible memory access ordering enables mid-render compute tasks, reducing power consumption from restricted parallel execution.

Per-chunk highest and lowest referenced address metadata skips unnecessary pointer rewrites, reducing execution time during heap compaction.

Logical partition registers enable processor cores to scope multicast invalidation requests to relevant nodes, reducing system fabric bandwidth utilization.

Selective snapshot capture reduces storage overhead while preserving detailed call stacks and variable data for accurate issue reproduction.

Variable width unaligned fetch circuitry adjusts instruction retrieval size based on memory alignment.

Range-based snoop filtering reduces memory latency by tracking address ranges instead of precise lines, conserving memory space while maintaining coherency.

A dual chip select external memory interface configures distinct timing parameters for sequential data transfers within a single page.