Network Traffic/Resource Management TRIZ Cases

Segmenting network management into equipment, bearing, and service trees resolves the contradiction between 5G adaptability and configuration complexity.

User equipment selects between original and new buffer status level formats to report data amounts with improved precision.

A user equipment controller deletes pending and rejected network slice selection assistance information during deregistration.

A terminal reports RF bandwidth status to a base station for precise virtual carrier assignment.

A wireline-wireless control system coordinates intermediate nodes to manage channel properties across converged network segments.

A terminal receives reservation information from multiple devices and transmits resource details to a first terminal for data reception.

User equipment maintains service continuity during network slice congestion or SLA violations by dynamically switching to a new PDU session.

AT command interface translates secondary PDP context requests into EPS Service Data Flows for unified bearer management.

A policy function merges user equipment access rules with network-based policies to generate a unified combined access policy.

Central Coordinator optimizes resource allocation and manages interference in virtualized base stations to resolve uplink capacity bottlenecks.

Common control channels embed rate matching indicators for aperiodic reference signals, resolving data transmission efficiency bottlenecks in wireless systems.

Hierarchical sub-trees segment large-scale networks, reducing routing complexity while maintaining wide coverage.

A two-stage protection scheme secures IEEE 802.11 management frames using modified four-way handshake messages.

Segmenting MTC CCCH groups isolates machine-type traffic, preventing network congestion while maintaining service quality.

A wireless network method predicts device mobility to distribute load across overlapping access point coverage areas.

A relaying device buffers audio signals in a voice buffer until a repeater reserves a wireless channel.

Controller node dynamically selects access point subsets to replace backhaul paths, maintaining signal quality against interference.

A network switch redistributes bandwidth between flows using a competitive algorithm to prioritize high-value traffic.

Adaptation layer adjusts latency and reliability targets across hops to resolve limited coverage constraints.

A terminal predicts media data loss during handovers to generate control information for mitigating packet loss.

Dynamic load-balancing weights adjust across SDWAN tunnels based on real-time session metrics to optimize traffic distribution.

Configurable aperiodic channel quality indicator reporting adapts to dynamic interference conditions in wireless networks.

Displacement input device aggregates high-frequency motion data into lower-frequency packets, reducing battery consumption and bandwidth usage.

A relay communication unit forwards sidelink capability information from a remote device to a network node.

A dynamic cell carrier prioritization system reassigns user equipment to optimal network cells based on real-time performance metrics.

Dynamic scheduling by a unified resource controller allocates configurable cores among 4G, 5G, and Wi-Fi standards to resolve resource underutilization.

A first apparatus manages sidelink resources by tracking consecutive unused transmission opportunities to trigger dynamic reselection.

A cooperative intelligent transport system node identifies incoming message technology status using a dual technology indicator.

A wireless device switches between best-efforts and quality of service data delivery modes using subscriber identity module information.

A mobile terminal identifies gateway IP addresses to distinguish between access points and hotspots.

A network entity transmits a Configuration Update Command message to user equipment for coverage enhancement changes.

Base station compares buffer status reports with maintained records to calculate service waiting delays, satisfying packet delay budget requirements.

Originating endpoints send release requests to clear service tunnel resources in wireless local area networks.

A TCP proxy adjusts incoming traffic volume using communication distance indicators to manage cellular network data flow.

User equipment transmits control information indicating whether sidelink resource reservations are releasable for reclamation by receiving devices.

Pre-defined band switch regions reduce probing overhead while hysteresis prevents oscillations, stabilizing data transmission rates.

Policy and Charging Rules Function generates traffic handling policies based on Radio Access Network load status.

A central control entity detects data plane application loads and distributes flows to balance network resources.

Management system ranks 5G base stations by load to prevent overloading and preserve network resources.

Tunneled Direct Link Setup relays frames through an access point to establish direct links between wireless stations.

Dynamic adjustment of load sharing boundaries based on connection failure statistics resolves interference trade-offs in cellular networks.

A gateway node identifies and routes Network Aware data to specialized Packet Data Network Gateway nodes for efficient handling.

A base station maps control channels across multiple subframes using dedicated reference signals to enhance notification flexibility.

A network element determines access information selection policies using analytics data to dynamically allocate radio access types.

Dynamic block error rate targeting adapts link parameters to specific traffic types, resolving suboptimal bit rates in LTE networks.

User equipment prioritizes logical channel packets using synchronization thresholds to ensure correlated data transmission.

A CSI-IM resource configuration method segments frequency domain resources into nonconsecutive RB sets to improve system flexibility.

Base stations configure terminals to switch between two-step and four-step random access procedures, improving adaptability while managing device complexity.