Transmission TRIZ Cases

Standardized 5G sensing analytics IDs and interfaces improve sensing data collection, processing, and delivery with lower latency.

A centralized GUI links EEIR and other network systems to retrieve subscriber data faster and reduce manual troubleshooting effort.

Intercepts DNS requests before the OS resolver to enforce domain-specific nameserver rules across devices and reduce configuration risk.

Embedding a time indication in the CoAP header lets receivers assess latency or load without payload overhead on constrained UDP links.

A unified adapter routes requests to channel-specific orchestrators and preserves session state to simplify multi-channel communication.

Multiple active transparent load balancers scale client traffic handling while preserving source IPs and supporting response forwarding.

Consent-based two-user reply exchanges, turn-taking, and moderation controls reduce hostile interactions without broadly restricting speech.

Preplanned MEC relocation and PDU session setup cut edge application instantiation delay and downtime during mobility or resource shifts.

Server choice is improved by combining candidate server capability with serving-link status, helping terminals get better-matched resources.

Backup SID lists let segment routing packets switch from a faulty primary path and keep forwarding with lower delay and loss.

Comparing ML offered load with short-interval network utilization helps detect fail-slow fabric conditions without complex real-time analysis.

Standardized metadata and a shared repository help match CNFs and ML models to network context, reducing multi-vendor selection complexity.

Bonding multiple NICs into one logical port lets a virtual switch offload exact-match flow tables without loopback or single-card failure.

When full intent execution fails, managed entity subsets allow partial fulfillment, cutting signaling overhead and avoiding intent suspension.

QoS attributes from VNFD guide container connection channel selection, enabling VNF networks to adapt bandwidth, latency, and reliability.

When a next hop fails, adding a second segment identifier creates an on-demand SPF backup path that avoids forwarding loops.

UEs send EES provider identifiers to the ECS so edge services can be differentiated and premium-user policies applied with less provisioning complexity.

Gateways advertise path loss, delay, and jitter so egress devices can choose better SaaS access routes and improve service quality.

By comparing expected and current tagged configuration files, this case pinpoints component-level errors and unregistered network changes.

Combining APIs from devices, networks, and clouds expands network capability exposure for diversified services while reducing signaling.

Avatar-based in-flight interaction balances passenger social engagement with privacy through adjustable anonymity and post-flight log purging.

Match tables and action sets unify data collection and filtering at the first communication apparatus to cut redundant transmission and storage.

Timer-based coordination aligns analytics from multiple NWDAFs so 5G network functions avoid conflicting policies and delayed actions.

A mobile device securely authorizes dispenser payments through a cloud-issued key, even when the product dispenser is offline.

Previously used capability identities are forwarded during handover so the target network device can avoid extra requests and signaling.

By parsing only up to the header that needs modification, this case cuts packet parsing and re-encapsulation delay in communication processing.

Data plane MAC learning with Segment Routing cuts BGP overhead and speeds EVPN, VPWS, and L3VPN convergence.

Timestamp-offset MPD periods let protected live streams insert preroll and midroll content with smooth playback transitions.

An extended future range in TSN sequence recovery accepts more out-of-order packets and reduces incorrect discards with low hardware complexity.

Group-tag NAT maps endpoint groups to subnets so legacy and third-party network devices can enforce policies without manual IP reconfiguration.

A single parameterized routing control function handles varied BGP policy inputs, reducing redundant rule logic and route management complexity.

A lockable phone case uses location or time-based unlocking to block distractions and unauthorized recording during events.

Coordinating UEs aggregate local DNN updates over sidelinks to improve edge-cell signal reliability while reducing base station traffic.

A proxy prefetches and buffers unicast segments before joining multicast, reducing missing segments and playback stalls on low-bandwidth links.

Path-specific network assistance improves QoE reporting granularity for LTE-NR multi-path connectivity while limiting signaling overhead.

A gateway negotiates UE data channels across legacy PBX and IMS links, adding real-time call enhancements without PBX upgrades.

By extracting L2-L4 headers into a fast buffer while storing full packets separately, routing can start earlier and avoid processor bottlenecks.

Precomputed stream configurations and resource usage ratios help wireless schedulers adapt to sudden requirement changes with lower failure risk.

A RIC-side privacy policy modifies or anonymizes access network parameters before xApps receive them, reducing user tracking risk.

Selective ISL disabling in peer multicast routers cuts duplicate packet load on secondary routers while preserving failover for downstream link loss.

Modular RAN capsules and a Liquidity Controller enable slice-aware scaling, migration, and real-time resource adaptation across edge and cloud.

A device manager creates virtual cameras and other virtual peripherals so apps can use nearby external IoT hardware through standard APIs.

Connecting switches to designated allocator ports assigns spine or leaf roles automatically, cutting fabric misconfiguration and deployment effort.

A stored virtual counterpart lets a wireless network preconfigure an ordered device and match it automatically when installed.

Transmit data-plane control information and data through NAS and access network layers for accurate packet processing and forwarding.

OAM-fed resource change data keeps NWDAF analytics aligned with CP/UP scaling, relocation, and hosting updates for more reliable network management.

A control server links SIMs, communication devices, and assets to streamline global IoT provisioning, line selection, and cloud data transfer.

Underlay route tables synced into the overlay help 5G packets avoid shared gateways and use faster, more reliable forwarding paths.

Spectral saliency and time-lagged correlation isolate the secondary KPIs most linked to an anomalous primary KPI, speeding root cause analysis.

Geographical location data is embedded in IPv6 and MPLS headers to transmit latitude, longitude, or area identifiers across networks.