Network Traffic/Resource Management TRIZ Cases

A user equipment switches from Non-IP to IP communication via paging and RLC messages.

Merging multiple transmission paths into a single link reduces user device power consumption while maintaining network throughput.

A mail client segments download tasks across multiple network connections to optimize transmission rates.

Removing MAC subheaders from protocol data units reduces transmission latency while maintaining reliability through pre-configured logical channel information.

Exponential backoff logic increases steering delays after failed attempts, reducing network congestion and log file clogging.

A wireless device determines monitored time slots by combining periodic sensing intervals with data transmission periods.

Threshold-based QoS notification control prevents service disruptions by signaling parameter changes to application entities.

Dynamic traffic steering adapts data flow between 3GPP and non-3GPP accesses for user equipment and network coordination.

A dedicated interworking information broker centralizes subscriber service provider network queries to reduce access point processing load and message count.

Relays request-to-send messages through intermediate nodes to determine optimal paths in mesh networks.

A network controller steers downlink data to IT devices via parallel communication links using application-aware steering policies.

A unified air interface dynamically configures wireless transmissions across licensed and unlicensed spectrum bands using software-defined radio signaling.

Configuring a MAC layer data block header with specific mapping fields reduces control information volume while maintaining accurate data block identification.

First network node receives current load information from a second network node to determine cells for wireless devices.

A MIMO transmission system omits cyclic redundancy checks on proximate data beams by using a single attached CRC as an error detection proxy.

Root access point segments traffic via concurrent mesh links using different frequency bands based on packet priority.

A distributed processing system offloads computational tasks to neighboring devices via discovery messages and credit-based incentives.

Base station controller steers traffic between cellular and wireless LAN networks to reduce congestion while maintaining service quality.

Nodes use pre-stored layout elements to decide message forwarding, reducing bandwidth waste and transmission collisions in dense networks.

A selection unit calculates uplink packet processing rates to connect terminals to the optimal access point.

Compressing user data headers in non-access stratum messages reduces transmission overhead.

Fragmenting ranging requests allows dynamic uplink allocation, resolving bandwidth insufficiency during network entry and re-entry procedures.

A wireless device measures physical layer metrics to calculate serving cell utilization and available throughput.

A user equipment prioritizes Non Access Stratum messages over system information to determine Evolved Packet System optimization support.

A conditional Media Delivery Index measurement system calculates packet rate variations to activate Deep Packet Inspection only when necessary.

A spectrum management device dynamically allocates licensed and unlicensed frequency bands across cellular and WLAN standards.

Resource Class parameter identifies subscriber groups in Evolved Packet Core networks to enable precise bearer capacity allocation.

A BSRP-TID trigger frame uses a bitmap subfield to request specific traffic identifier buffer status data from wireless devices.

A core network element determines QoS flows based on media unit control information to send unified transmission identifiers.

Service access control method classifies incoming requests by delay requirements to manage network resource allocation efficiently.

Partitioning data across multiple networks and designating a transmission network by reception timing resolves single-network overload issues.

Gap requests coordinate time resources to reduce uplink interruptions while maintaining spectral efficiency in multi-carrier D2D scenarios.

A network device assigns RFSP values to control 5G operation mode selection for user equipment.

Service request messages carry service type identifiers to enable network differentiation of communication priorities.

A wireless computing device evaluates access point quality scores to select a target node for roaming.

Home location register identifier segmentation prevents unauthorized attachment attempts, reducing signaling load in mobile telephone networks.

Access node sends configuration commands to wireless terminals for traffic flow classification and queue management.

A rate control module disables transmission options with high fail ratios during device movement to maintain throughput.

Network side device forwards congestion status from RCAF entity to application server, reducing service transmission delays.

Virtual terminals replicate user equipment behavior to capture service quality data, reducing operational costs associated with physical drive tests.

A RAN node associates multiple radio channels into a virtual radio channel to carry data between network and subscriber devices.

A transparent proxy agent extracts call signaling information to propagate quality-of-service requests toward wireless access points.

Timer-based switching between full and half duplex bandwidth parts reduces self-interference while maintaining network capacity.

Dynamic reordering timer adjustment balances packet loss and delivery latency by adapting to real-time link quality and error rates.

User equipment establishes a data radio bearer supporting packet duplication via radio resource control signaling.

A wireless terminal manages back-off timers using multiple non-access stratum signaling priorities to handle network congestion efficiently.

Master Evolved Node B RRC messages carry Secondary Evolved Node B configuration data via nested Information Elements.

A wireless multihop routing method uses registration tables and time division multiple access to manage channel bandwidth.

Mobile device automatically answers disconnected emergency calls via incoming call messages without audible alerts.