Network Traffic/Resource Management TRIZ Cases

NSH tags route packets to edge nodes, eliminating core DNS resolution latency and reducing load while preventing hijacking risks.

A wireless node shares spectrum resources to retransmit failed signals while managing interference limits.

A robust max consensus algorithm estimates noise-induced drift to maintain accurate state values in wireless sensor networks.

Mobile access devices cache requested data to bypass overloaded macro cells, ensuring efficient communication performance by pre-allocating parameters.

A user equipment QoS database organizes parameter sets into application-specific tables for structured storage.

A transceiver node separates IP packets into distinct sets for cellular and WLAN transmission based on channel conditions.

User equipment determines uplink control information transmission location based on signaling timing relationships.

Terminals transmit quality of service identifiers to enable dynamic resource allocation, resolving scheduling failures in V2X sidelink data transmission.

A proxy device selects TCP congestion control algorithms based on predicted base station load conditions.

An IRPAgent configures subscription conditions to obtain specific radio link failure reports.

A base station generates MAC frames with identification bits to distribute extended broadcast data via wireless signals.

A radio access network adjusts TTI bundling size based on detected communication type to optimize data transmission.

A wireless access node determines an add threshold based on support node packet drop rates to manage user equipment attachment.

User equipment deprioritizes duplicated sidelink packets to preserve uplink transmission priority.

Microslices create logical networks with customizable service level objectives, reducing administrative overhead in wireless systems.

Buffering data at wireless nodes prevents retransmission delays when mobile stations move between coverage zones.

A frame-merging apparatus selects among A-MSDU, A-MPDU, and A-PPDU schemes based on bit error rate to optimize data transmission.

A wireless communication system adjusts transmission repetition counts for security and non-security information based on real-time link quality.

A wireless apparatus adjusts carrier sense thresholds based on frame priority to manage channel access conditions.

An intelligent control unit determines expected QoS profile adaptation patterns using data analytics models for wireless network flows.

An audio buffer unit retains unreproduced data while a reproduction time calculation unit determines insertion positions for additional streams.

A QoS mapping framework schedules grants via Bandwidth Report messages to align transport and non-transport network operations.

Probe requests assess connection quality to reject poor associations and balance network load.

A vehicle abnormality notification device transmits detection data and broadcasts a report completion notice to nearby vehicles.

Transferring correspondence information between serving and drift base station controllers maintains data transfer continuity during relocation.

A radio bearer configuration method establishes channels between terminal devices using association information to map QoS parameters across relay links.

Mobile communication device manages network slicing configuration to reduce power consumption and improve radio resource utilization efficiency.

Empty protocol data units indicate transport network congestion, reducing round trip time and minimizing re-transmissions.

User equipment evaluates padding resource size and D2D MAC CE priority to resolve missing padding BSR triggering mechanisms in LTE systems.

A wireless relay system uses Proxy Mobile Internet Protocol tunnels to deliver internet and media data with distinct quality levels.

Sorting logical channels by priority and transport format indicators by block count reduces selection time and prevents system overload in WCDMA networks.

A MAC scheduler selects transmission rates using queue stability metrics and predicted transmission data for wireless terminals.

Operator network degrades call quality instead of rejecting calls, preventing fraud while maintaining communication availability.

A base station method determines reporting intervals for buffer status updates between protocol layers.

A relay station establishes a tentative wireless link to update printer SSID settings, reducing manual configuration time and preventing information leakage.

Compensate group delay errors and time synchronization issues in terrestrial positioning by applying reference node-derived correction values.

A vehicle device transmits communication frames containing direction information via a main antenna to identify portable device signals.

An ICN application function bridges the ICN and PDU session layers by assessing congestion states to initiate new sessions or upgrade QoS characteristics.

An access node adjusts queue parameters to extend slow start phases and improve throughput.

A virtualized gateway shifts the GTP termination point between fast path and cloud resources using OpenFlow protocol for real-time mobility anchor optimization.

Pre-scheduling cyclic data streams across wired and wireless segments resolves latency bottlenecks while maintaining service guarantees.

Solid carbide compounds undergo electrochemical oxidation to yield elemental carbon materials at ambient conditions.

Automated provisioning platform extracts device identifiers from site plan images to generate unique certificates, resolving manual configuration errors.

A network side device adjusts cell camping policies to random distribution during heavy traffic scenarios.

Service inquiry and response packets enable direct device discovery across different communication groups without requiring authentication.