Software Simulation/Interpretation/Emulation TRIZ Cases

Guest operating systems estimate virtual CPU idle time to trigger processor halting and reduce host power consumption.

A virtual machine controller manages hibernated pre-launch sessions to reduce user wait times.

A deployment system selects stored templates and generates instruction sequences to provision virtual machine hosts for development environments.

Virtual machine bus pipe mode passes data directly between source and sink VMs, eliminating complex bus stack overhead for efficient RPC communication.

A virtual machine provisioning method loads a read-only operating system image into memory and builds a shared root file system from a system file image.

A hypervisor detects hardware changes and modifies guest operating system ACPI tables to reflect current configurations.

Source hypervisor applies patterns to identify inactive guest memory pages and skips transmitting them, reducing network load and migration time.

A coordination unit checks shared resource access before resetting to prevent destabilization from conflicting virtual machine operations.

An aggregate proportional-share scheduler computes combined virtual machine and driver domain CPU usage to schedule access.

A proxy process spawns a host daemon to persist independently, breaking lifecycle dependency when containers terminate.

Segment virtual machines by SLA-defined infringement probabilities to allocate resources according to a priority hierarchy, minimizing SLA breaches.

ML models classify container image chunks to detect reliability issues, resolving the trade-off between build speed and portability.

Relocating base station processing between virtual machines in C-RAN environments using simultaneous signal transmission.

Distributing neural network segments across virtual machines reduces calculation delays while preventing model extraction attacks.

A controller allocates PCIe resources to virtual functions based on total function counts during initialization.

Host fabric enforces exclusive write access via lease verification during migration, preventing virtual machine image corruption.

Transmitting virtual disk updates across heterogeneous hypervisors via a universal internal format to maintain data consistency.

Virtual machine host environment suspends instances during remote storage outages to preserve pending I/O requests.

A virtualization system allocates fewer physical resources to development environments while maintaining production-equivalent capacity.

A mediator intercepts write operations to enable snapshot replication for raw device mapping disks without disrupting production I/O.

A virtual machine live migration mechanism intercepts unsupported instructions and emulates execution on the destination host.

Merging virtual machines into one auto scaling group reduces network traffic and storage costs during cloud-to-cloud disaster recovery.

Hypervisor generates a virtual System Locality Information Table to expose accurate latency data to guest operating systems.

A containerized application system downloads user-specific software on login and deletes it on logout to preserve local storage space.

Guest latency thresholds in halt registers guide hypervisor polling and pinning decisions, reducing context switching overhead.

Segmented intermediate code execution allows modular avionics platforms to update decision rules independently, reducing certification complexity and time.

A partition level restore system copies data between virtual machine disk images using loop devices.

A unified data service consolidates multiple virtualization management APIs into a single interface for client access.

A client-side server bridge routes instructions between cross-platform and native layers to execute application code efficiently.

Segmenting access via an intermediary unit reduces circuit complexity while ensuring secure isolation.

Proxy nodes with hypervisor agents distribute backup loads across cluster nodes, resolving complexity from installing protection software on every node.

A system predicts virtual machine space usage to optimize placement across storage devices.

Tiered virtual datastores segment storage policies across separate LUNs, reducing I/O failures and resource contention in large VMFS deployments.

Segmenting a PCI card into multiple functions with pseudo identifiers bypasses hypervisor context switching to reduce latency.

A management function queries SRIOV adapters to calculate dynamic costs based on usage statistics.

Distributes virtual machine state across multiple nodes to enable instantaneous failover without dedicated large memory resources.

A data management system cordons underutilized computing nodes to consolidate pods onto fewer active nodes.

An application transformer gathers process artifacts from a source machine to build compatible container images on a target operating system.

An Application Function Identifier segments service requests into tenant, department, and API tiers to reduce device resource waste during core network access.

A virtual GPIO architecture serializes signals using a finite state machine and ring oscillator to enable asynchronous transmission without an external clock.

A hypervisor classifies I/O devices as trusted or untrusted to expose them via virtual buses.

A live migration tool adjusts throttling rates to balance data copying speed with virtual machine performance.

An intermediary device intercepts ARINC 653 data to resolve black box limitations in multi-core processors.

Realm switch control structures segment guest OS contexts to reduce costly VM exits and improve system performance.

A deployment plan calculation device integrates candidate information from multiple optimization engines to generate comprehensive data and container placement plans.

Virtual machine loads in-place executables and pre-resolves symbolic references via token lookups, eliminating runtime lookup overhead.

A virtual machine migration system identifies matching blocks from local historical images to reduce network transfer requirements.

A shared file system enables storage access virtual machines to transfer management control and state information during server device failures.

Identity-mapped page tables disable memory paging during mode switches to eliminate translation overhead while running multiple operating systems concurrently.