Software Simulation/Interpretation/Emulation TRIZ Cases

Intercept configuration registers select specific exit mechanisms to reduce state transition overhead during virtual machine world switches.

Shadow page tables detect self-modifying guest code attempts and invalidate cached translations to maintain consistency.

A hypervisor provides virtual machine identification and priority data to a host bus adapter for storage area network management.

Captures virtualized software and guest operating systems into flat files, resolving hardware dependency bottlenecks in training and testing environments.

Segmented logical address spaces and translation modules resolve hypervisor dependency conflicts while preventing address collisions across virtual machines.

A scanning agent gathers sensitivity information within foreign hosting environments without exposing data to non-private networks.

A geometry shader emulation module converts application-defined geometry shaders into compute shaders for GPU execution.

Decouples memory pinning from virtual processor execution to eliminate stalls during hot-plug operations.

A resource sharing apparatus emulates input devices to maintain host connections during switching operations.

A writer-key table maps VSS writers to file-system objects within a backup system.

Bytecode rewriting injects usage checks into custom programs, enforcing CPU and memory limits within isolated sandboxes to stop resource overuse.

Automated comparison of predefined and user-defined component states resolves manual configuration errors in hyper-converged infrastructure.

A dynamic patch installation system identifies optimal timing through code simulation to execute updates with minimal operational disruption.

A virtual system upgrade method selects cloud services using predicted workload modes derived from recorded access data.

Automated processing subsystem migrates resources to cloud environments, reducing downtime and network overloading through staged data transfer waves.

A virtual assembly builder manages cloud deployment instances through standardized templates.

Segmenting the PCIe bus enables multiple virtual machines to activate simultaneously on one FPGA board, resolving cloud server capacity limits.

A utility generates and injects Java annotations into compiled code without source access.

Segmented virtual networking devices with shared physical addresses allow guest OS migration without ARP updates, reducing computing resource consumption.

Segmenting request queues isolates interactive clients from batch jobs, reducing latency in parallel computing file systems.

Separate processors offload emulation tasks from main server cores, reducing CPU load while maintaining transaction ordering semantics.

A guest device driver saves primary device state signatures to memory before hypervisor-initiated switching.

Selective resource virtualization enables flexible container isolation, reducing unnecessary allocation overhead and improving cloud infrastructure efficiency.

Preloaded virtual machine configurations reduce request latency while maintaining data isolation across multiple tenants.

A geometry-based method detects electrical hotspots by calculating critical path distances between geometric features.

Hardware logic partitions virtualized GPU resources to enable concurrent performance monitoring across multiple workloads.

A recommendation engine generates compatible virtualization software images by validating base and add-on versions against cluster changes.

An application resource scheduler modifies virtual machine reservations and limits to optimize distributed computing workload allocation.

Integrated DMA engines in a PCI Express switch transfer data to hardware emulators, resolving processor bottlenecks that limit throughput.