Interprogram Communication TRIZ Cases

Operating system detects lost adjunct processor messages by comparing software and hardware queue counts, then re-enqueues them to prevent application hangs.

Virtualized network function accelerators offload primary processors to reduce computational consumption.

Delegate queues store message notifications to awaken processors, eliminating costly polling and shared memory bottlenecks in multiprocessor systems.

An API hub architecture translates messages between provisioning systems and multiple identity management platforms, reducing configuration complexity.

Endpoint Security API mediates kernel events for user space applications, maintaining system efficiency while enforcing application control policies.

A device communication platform routes voice commands between devices using secure sessions and authentication agents.

An OS extension module stores application contexts in a direct interface array to enable seamless state restoration.

Eye-catcher injection enriches target memory images with fixed-length symbol data for legacy system debugging.

Transfer processor identifies articles and retrieves care information to route items through specialized maintenance workflows.

An automated framework executes iterative OData API calls to record average response times via a graphical interface.

Service daemons enable direct peer-to-peer API communication, eliminating central server bottlenecks and reducing processor load on mobile devices.

Storing service code in host node shared memory eliminates system disk read delays, significantly reducing serverless cold start times.

Installable printing connectivity modules decouple DFE software updates from hardware changes, reducing development time for new printer support.

Segmented protection modules analyze I/O operations to detect ransomware behaviors early, minimizing data loss while maintaining operational continuity.

Directory Boss Daemon monitors active folders to trigger intermediary applications, eliminating constant storage queries that increase resource consumption.

Clipboard component manages multiple content items through segmented storage slots and ergonomic control mechanisms for copy and paste operations.

An application management system monitors multiple metric types across different environments to identify differences between versions.

A remote event bridge uses a surrogate object to enable bi-directional communication, eliminating the need to modify legacy remote objects.

Sending interface display data shares applications across devices, eliminating duplicate storage occupancy and reducing transmission volume.

Segmenting the control store into multiple banks allows adding new hierarchy levels without increasing device complexity or design effort.

A shopping cart system generates a shareable web page and enables copy-paste transfers of product lists between users.

A socket service links peer sockets to enable direct client device communication without dedicated server infrastructure.

Dual rule tables with a reference flag enable lockless access to dynamic API settings, eliminating race conditions in multi-thread environments.

A passive monitoring system injects a client-side agent to capture DOM events and transmit asynchronous commands that alter web application flow.

A server-side agent requests processing data from a client-side agent to execute functions locally.

A monitor function library intercepts executable calls from superuser processes to suspend execution and output status information.

Aggregates requests into batched tensors to process inputs in parallel, reducing latency while maximizing GPU throughput.

A location tracking module stores insertion points to enable simultaneous data copy operations across multiple electronic documents.

Automated agents feed cloud data into a platform generating polygraphs that model normal behavior to identify deviations without manual monitoring overhead.

Operating system unblocks client processes via timeout-triggered server requests and signals, preventing indefinite blocking without adding protocol complexity.

A data proxy service manages subscription fan out to synchronize application data across multiple devices.

A blocking queue wraps a non-blocking queue to expose idle thread workers externally.

Merging model execution with client containers eliminates separate infrastructure complexity while enabling non-technical users to deploy scalable AI services.

A shared application window divider control moves and snaps interface elements along an axis to resize adjacent windows.

Mapping domain objects to XHTML RESTful APIs enables servers to evolve implementations without breaking client interoperability.

A multi-layered service platform integrates web and local services across diverse applications, resolving coding complexity in legacy systems.

Network functions use APIs to advertise availability to a routing service, reducing resource consumption from protocol stacks.

A standardized plug-in framework shares metadata via a central repository to resolve communication complexity in networked storage systems.

A shareable RDMA link uses a shared memory address to enable multiple application processes to access the same remote direct memory access connection.

A call screening engine generates incoming audio patterns to identify automated calls and prompt users for unsubscribe instructions.

A risk analysis system estimates processing cycles to verify computer device attributes.

An API management system estimates processing time to select synchronous or asynchronous communication schemes for efficient execution.

Automated schema matching calculates conversion rules to rewrite source code, eliminating manual design labor for API adapters.

A software modernization service generates dependency graphs to identify and extract isolated nodes as independently deployable components.

A microservice API fault manager detects unresponsive endpoints and triggers remedial actions within container orchestration platforms.

Decompressing compressed weighting data restores kernel order, reducing storage space and transmission bandwidth.

An application programming interface manages multiplanar image data to enable direct access to separate color and intensity planes.