Interprogram Communication TRIZ Cases

Shared remotely located common function modules eliminate redundant code and reduce development costs for enterprise application systems.

Multi-touch attribution model calculates influence of online activities using energy decay concepts.

A remote database API transfers values by disassociating them from originating entity identifiers and associating them with new unknown identifiers.

Pre-compiling hot paths via warm-up data eliminates initial compilation delays, preventing timeouts during time-sensitive transactions.

An activity logging service captures event data from observer devices and stores cryptographic hashes in a distributed ledger.

A continuously trained neural network updates via remote sensor data to enhance detection capabilities.

A system generates deployable source code for microservices by analyzing software classes and creating wrapper components.

A publish-subscribe event message pipeline decouples applications, resolving tight coupling and enhancing scalability.

A computing system selects communication channels between modules based on attribute comparison.

Endpoint system normalizes target files into segmented buffers for symbol and structure analysis to detect malicious scripts.

A network replica system emulates behavior via API data and assertions.

An API service matches context data to entity schemas and inserts user-specific metamodels.

Itinerary data updates weather and clock apps automatically, eliminating manual entry of destination locations.

Application-driven polling retrieves messages from shared device queues, eliminating interrupt overhead that degrades system performance.

A JavaScript bridge module executes OpenCL code within web browsers to leverage multiple processor cores and graphics cards.

A binding manager translates API calls and return objects between heterogeneous cloud service providers.

A microservices module mediates communication between browser applications using emitter and receptor models.

State flag isolation prevents recursive hook execution by managing call origins, reducing programming complexity in dynamic API hooking.

A fantasy game system manages dynamic lineup changes using real-time athlete statistics for scoring.

Event handlers and external device services abstract hardware protocols to enable seamless communication between computing devices and peripherals.

A wearable augmented reality system identifies objects and monitors user interactions to generate customized notifications on a display device.

Information processing apparatus copies file path names to a shared storage area for automated access between applications.

Downloadable apps execute on sensors to resolve the trade-off between reliability and adaptability, enabling versatile measurement models.

Condensing repeated rendering instructions into compact packet indices reduces network bandwidth usage for remote devices.

Local execution of customized code via a localization engine eliminates remote communication overhead and network congestion.

Rotating and overlapping message portions resolves the contradiction between message security and decipherability through dynamic user interaction.

A distributed orchestration service manages containers and physical nodes through a shared communication layer.

Per-session response packet comparison validates secondary container replicas, reducing network latency and overhead in multiprocessor environments.

A proxy server inspects network messages from emulated applications and replaces emulator device IDs with originating identifiers.

A mediator clears multi-vendor storage events via dynamic disposition rules, resolving complexity trade-offs without component reprogramming.

An application broker searches and installs software in a guest environment with minimal user intervention.

Generates markup language documents from JavaScript scripts to enable flexible testing of complex IoT devices.

A decision tree model predicts event outcomes by traversing paths based on new user features extracted from clickstream data.

A monitoring engine assigns unique IDs to threads and combines them into a master identification for clear asynchronous logging.

A local server mediates data synchronization across diverse user devices, resolving privacy concerns and imperfect cloud-based syncing.

A client process authentication method stores reference hashes internally to verify binary integrity.

A model-based service registry manages software operations through centralized validation and semantic definitions.

A transactional service pipeline passes information through sequence nodes carrying a token with history across services.

Intercepts guest API calls to render virtual machine menus within the host operating system interface, eliminating dual menu navigation complexity.

Processing system transforms publish-subscribe configuration into timing-aware data to resolve latency and precision contradictions in real-time communication.

A time-based digital signature system uses trusted time stamp tokens to refresh and re-sign data.

Segmented computing entities and intermediary interfaces enable service differentiation while maintaining platform compatibility.

A threshold-based notification system delivers task progress alerts via external channels when predefined milestones are reached.

A graph-based representation of software programs using a directional acyclic graph structure to decouple data flow from event processing.

Abstraction layer service extensions provide high-level operating system APIs within microkernel memory protection domains.

A monitoring system groups event streams into slices based on policy specifications to enable concurrent evaluation of compliance across multiple data segments.

Segmented runtime environments isolate CMS plugins from the core platform, resolving upgrade conflicts and security threats through strict API mediation.

API wrapper encapsulates inputs and outputs to create a self-aware component model, eliminating re-writing and debugging time across environments.