Transmission TRIZ Cases

This case uses DHCP, DNS, and dynamic packet forwarding to provide web manager access through limited network interfaces.

A burst buffer and high-speed Ethernet switch separate data preparation from transmission, reducing processor and OS delays above 50 Gb/s.

Agent-collected logs group IP addresses to map users to external devices and organize issue information for quicker management.

Closed peer-to-peer signage networks let advertisers verify playback logs in real time while integrating smaller media operators.

This EVPN case uses redirected packets and slow-path confirmation to accelerate Backup-DF failover while keeping planes synchronized.

Event filters and state machines automate communication workflows while preserving accurate user progress records.

Passive heat pipes cool dielectric-fluid containers for electronics in extreme conditions.

This case coordinates active QoE monitors through a data aggregator, enabling reliable collection without user input or redundant tests.

This case resolves single-device speaker control by broadcasting a social playback session for guest discovery and shared control.

This case uses network location data to select a registered printer, reducing errors when users print from different locations.

This case uses BH RLF notifications, conditional handover, and route priorities to restore IAB communication across changing topologies.

The proxy monitors end-device context and QoE, then adjusts server transmissions to limit drops and skipped content.

Shared interval counters reduce port hardware costs while enabling traffic activity analysis.

A primary MCX server mirrors user profile data to visited servers, reducing long-distance transmission and communication latency.

This case identifies unread text, image, and voice content, then outputs summaries to reduce manual message navigation time.

Multiple eSIM profiles can trigger overlapping STK sessions; baseband scheduling queues or prioritizes commands to avoid errors.

This case configures each UE connection from physical capability data, balancing sensory service quality with network resource efficiency.

Random access keys make private channels harder to jam in mobile satellite links.

A UWB receiver uses one quadrature path during signal acquisition, then enables both paths after successful timing.

This case combines AMP, adaptive cards, and HTML with client-aware fallbacks for secure, real-time email interactions.

Multiple Service Communication Proxies use NRF-stored regional routing paths, simplifying distributed configuration while preserving redundancy and flexibility.

This case stores file groups in shared cloud areas and sends access links through messages instead of full files.

Embedding MME group and ID data in SAE-TMSI lets legacy SGSNs retrieve UE context without RNC or SGSN changes.

Linked forwarding records reveal message propagation, enabling authors to trace recipients and revoke forwarded copies across groups.

A network controller steers RoCE flow packets across multiple paths, improving utilization and enabling application-transparent recovery.

VRRP-tracked worker nodes, IP reassignment, and load balancing help Kubernetes microservices recover from failures and transient errors.

This case uses per-flow buffer quotas and occupancy feedback to control packet forwarding without unnecessarily throttling other traffic.

Centralized event collection reduces NWDAF tracking complexity and signaling overhead.

A virtualization module and layered SDN route and combine split service calls, improving density, stability, privacy, and scalability.

Separating path metadata from the original message steers access control traffic across intra-domain and cross-domain networks.

A DDC router separates low- and high-volume routes across linecards to add millions of routes without loading every FIB everywhere.

A proc filesystem and BPF flow map enables application-specific VPN policies, separating tunneled and direct traffic in Linux.

Dual communication units switch protocol sets without changing the application.

This case dynamically adds or removes fast-path nodes from packet size and workload metrics to limit drops and connection resets.

Temporal packet tracing reveals late-responding nodes and guides data allocation to improve distributed application efficiency.

A unified dashboard compares similar entities and turns cross-system allocation data into actionable optimization strategies.

Stationary-duration detection, criteria-based classification, and clustering help fleets learn useful locations without manual input.

Dynamic SmartNIC queues share unused bandwidth while fair scheduling prevents process starvation.

Deep neural models analyze network logs and user reports to identify service degradation sources, reducing manual troubleshooting time.

This case uses trigger-based, parallel component updates to replace 24–48-hour batch cycles and improve network diagnostics.

This case uses preconfigured backup databases and distributed repository data to preserve communication when a primary session is lost.

Multi-use component agents parse declarative metadata to distribute interface generation and reduce redundant processing and resource use.

This case uses RTT thresholds to expand or reduce the transmission window, supporting TCP/IP compatibility and fair network performance.

This case coordinates I2C, power, and backplane access between server nodes through indication signaling, avoiding extra shared hardware.

Dynamic BGP host routes use DNS resolution to maintain reliable private-network links when IP addresses change.

Selective screen sharing protects privacy by showing chosen views to designated participants.

An intermediary routing subsystem separates source and destination systems, balancing message routing with real-time processing control.

This case transitions compromised user equipment into forensic slices while security monitoring continues in parallel.

Segmented virtual networks route vehicle data with reliable, secure protocols.

A spread-spectrum controller varies LC capacitance around a target frequency, reducing EMI while preserving frequency accuracy.