Transmission TRIZ Cases

A segmented switch circuit and phase shifter support simultaneous RF transmission and reception while improving path isolation.

Dynamic routing connects data streaming services without specific adapters.

This case uses time-granular blob indexes and bitsets to search historic netflow IP data with less storage and processing.

Mesh gateways identify destinations and select single- or multi-hop routes for secure service communication across cloud environments.

This switching-fabric architecture routes headers and payloads separately, enabling concurrent processing with less hardware complexity.

Separate protected and user-configurable DNS copies preserve mobile network settings for reliable Edge Application Server discovery.

A cloud network controller uses indexed state blocks and cursors to adapt telemetry cadence, reducing processing load during stable periods.

Stored BGP files and routing snapshots recreate past network states, helping analysts trace packet paths and locate faulty nodes.

A control plane dynamically resizes data-plane partitions and applies selective rate limits to protect virtual machine performance.

Local confidence scores across access, edge, and core networks produce a global slice assessment for targeted intrusion mitigation.

A controller interface and common abstraction model connect IP and optical layers while preserving independent optimization and evolution.

When data reads fail, the storage device retrieves backup data directly, reducing host traffic and performance degradation.

Visibility samplers filter event-related packets while queue management tracks loss and latency with less processing overhead.

Interaction thresholds trigger graph-based analysis after content shows virality, improving spam detection while limiting platform harm.

A task agent monitors applications and connectivity to reassign antennas, prioritizing bandwidth and reducing wireless resource waste.

NRF-assisted NWDAF discovery selects analytics services while limiting management overhead.

This case masks sequence inputs and uses local outputs to limit gradient attenuation during video recommendation training.

An HIDL proxy tags requests by invoker, enabling one server to process multiple clients and return each response correctly.

Segmenting UWB scrambled timestamp sequences across timed frames reduces Wi-Fi and Bluetooth interference while preserving throughput.

A publication platform matches location and user context to overlays, enriching mobile images and videos with layered media.

Server-coordinated distribution lists route data across P2P devices, limiting redundant transmissions while preserving delivery coverage.

This case shows how UEs adjust delay-reporting criteria after latency violations or traffic changes to balance power and performance.

This case sends secure EAP failure reasons to supplicants, helping them adapt retries and conserve wireless bandwidth.

This foldable phone case separates display regions to mirror selected content externally while keeping notifications local for multitasking.

This case stages traffic analysis across time slices, escalating to machine learning when simpler methods cannot classify encrypted flows.

This case uses KPI baselines and machine learning to detect post-update RAN degradation and trigger restart or rollback actions.

An intelligent slice controller detects congestion, damage, or attacks and restores reserved capacity for first responder services.

Video conferencing connects dispersed first responders during facility emergencies.

Detachable OOBM ports and indicators adapt management features while preserving switchport capacity and thermal performance.

This case uses terminal-proposed remedies and network reports to adapt AI/ML operation under heat and resource limits.

A managing node updates deployment packaging from measured function traffic, co-locating functions to reduce network traffic and latency.

A primary RF processing stage switches between signal paths to handle non-contiguous bands efficiently and reduce power consumption.

This radar case uses distinct HFM aliases below the Nyquist rate to estimate target range and Doppler with simpler sampling hardware.

A blockchain network standardizes resource capacity data and uses transformer predictions to maintain on-demand access despite disruptions.

Dynamic TCP window adjustment matches network capacity to reduce congestion and data loss.

Health-aware proxy coordination selects nearby nodes and redirects exit-nodes during overload, improving throughput and latency.

An assisted delivery service discovers nearby peers and shifts media segments from edge servers to improve reliability and playback.

This case uses an HCA to turn PCIe doorbell messages into CQEs, reducing Queue Pair overhead for low-latency device communication.

When multiple NWDAFs exist, NRF matching uses analytics filters and service ranges to improve discovery precision and response time.

Routing tables identify parent and child IAB nodes, enabling direct inter-AP messaging and freeing wireless backhaul capacity.

This case uses 5G-RG or FN-RG gateways and core-network matching to discover edge servers for lower-latency MEC services.

This case segments authorization into codes and tokens so different media accounts can control playback and synchronize multiple zones.

A network data analytics function collects and stores UE insights so application servers can access them during mobility or roaming.

This case routes CP-provided IP pool blocks through UP nodes, helping routers maintain accurate downlink paths after UP failure.

Encrypted traffic limits endpoint-based monitoring; machine learning infers burst and pause profiles to guide network resource management.

Generative models reduce mobile-network storage volume while preserving data quality.

Automated audits test IoT functionality and task capability, helping replace defective devices before costly field failures.

The image processing apparatus detects errors and provides a settings webpage URL to a mobile terminal for on-the-spot correction.

This case combines transmission success probability and expected rate to select robust paths in dynamic wireless edge networks.

Reference links apply one entered parameter value across related vendor network services, simplifying independent configuration files.

A dynamic test traffic generator adapts transmission parameters to avoid impairing non-test traffic.

A switch router and network manager enable scalable resource sharing across aircraft systems while isolating flight-critical avionics from ground networks.

An active mobile device cover integrates programmable light patterns and touch-sensitive input to enhance user interaction.

Access Transfer Control Function forwards interception data to maintain session continuity during voice call transitions.

A BGP routing client in a worker node sends route requests to a master node server, resolving network plane isolation between cluster components.

A remote crane control system enables operators to manage lifts from off-site centers using cellular networks.

An adaptive learning framework estimates optimal network parameters to improve data delivery throughput in wireless environments.

Deploying a benign malware variant proactively assesses network vulnerabilities by tracking propagation depth and user behavior without causing actual damage.

An observation cloud handles IPFIX lookup and translation operations, allowing remote devices to export data directly.

A local end device replies with its actual discriminator value to re-establish a Bidirectional Forwarding Detection session.

A network subscriber update method uses block fields and component fields to store source addresses for automated software updates.

Extends OAuth 2.0 parameters to establish bilateral sessions, resolving unilateral access limits in web infrastructure.

Application function detects video content characteristics to allocate optimal network bandwidth.

An asymmetric base plate extends horizontally to lower the center of gravity, preventing tipping while supporting a slanted back for visibility.

A kernel-mode packet filtering module captures and analyzes network traffic, reducing data duplication and system calls between modes.

A system synchronizes connection credentials between access-point and proxy devices using distinct communication paths.

Central object store manages session state for web applications using encrypted lookup keys in cookies.

Segmenting network layer headers into standard and extension parts enables dynamic protocol function expansion without increasing header structure complexity.

A load balancing engine computes and releases policies for clients to schedule service messages independently.

A configuration-to-DNS translation system converts network device settings into DNS records for distribution via existing zones.

A smart card health information exchange module stores and transmits patient medical records in structured formats across disparate systems.

An automated administration server alters DNS zone files to deflect inquiries to backup sites during infrastructure failures.

Access management system configures dynamic session scopes during login to restrict unauthorized resource access on shared workstations.

A shared VPN overlay gateway consolidates tenant connections through metadata tagging to reduce infrastructure costs.

DNS intermediary returns error codes to browsers, preventing certificate vulnerabilities while maintaining network security.

Logging mechanism intercepts service provisioning events across network functions to enable detailed activity tracing.

A border router translates standard IP addresses into sensor network formats, allowing devices to join evolving topologies without native modifications.

An intermediary network element caches content to resolve bandwidth congestion while preserving encryption security.

Automated security control system correlates token requests with policies to resolve manual configuration complexity in dynamic cloud environments.

A trust manager mediates multi-stakeholder network orchestration, resolving complexity and coordination overhead in shared ecosystems.

Dynamic tone suppression targets time-varying narrow interferers, preserving signal energy while eliminating radio frequency noise.

A context header insertion processor encapsulates contextual attributes into data messages for middlebox service engines.

Unified code base merges separate application platforms into a single system enabling seamless data exchange and reward distribution across devices.

A mobile terminal identifies a specific capability group before an intersystem handover to provide accurate information to the destination network.

A system generates component topologies using machine learning to select necessary resources and connections for cloud infrastructure.

Dynamic state transitions resolve the contradiction between network reliability and energy consumption by enabling precise operational control.

A rule-interpreting module automatically associates network packets into traffic flows to detect suspicious patterns.

A target resource verification circuitry compares telemetry performance metrics from cloud service providers against baseline data to verify model execution.

Automated feature management system evaluates external data and rules to toggle service capabilities, reducing operational expenses from manual activation.

A packet transfer device adjusts queue priorities based on real-time reception rates to ensure low-latency transmission of video frames.

A playlist generator coordinates multiple streaming servers to assemble consistent stream portions into a unified playback file.

A storage device embeds a VPN client and network adapter to autonomously establish secure point-to-point connections with remote units.

A mother book server generates tailored child books to ensure consistent display across devices.

A UDT module routes data packets via callback functions mapped to application identifiers.

A server mediates communication between a terminal and multiple devices to standardize user interfaces.

A composite risk assessment system calculates normalized least-privilege damage scores to identify and prioritize high-risk permissions.

Local agents cache call path metrics indexed by correlation ID to reduce computational expense during normal operation.

A secondary mobile device detects streaming activity on a primary unit and downloads content locally to reduce network usage costs.