Transmission Systems TRIZ Cases

A wearable remote control integrates biometric sensors and programmable displays to unify media management and health monitoring.

A wireless communication system connects processing and measuring units in tyre service machines using sensor-independent protocols.

A backup communication channel mechanism establishes secondary paths to maintain peer-to-peer connectivity.

A camera-based pointer maps real-space position to a multi-dimensional figure space, eliminating line-of-sight alignment requirements.

A radio control transmitter controller exchanges unique identifiers to automatically link with a receiver, eliminating repetitive manual binding processes.

A transit device selectively evicts a subset of label switched paths from an oversubscribed link, reducing traffic loss and improving bandwidth utilization.

Network device transmits RADIUS messages with vendor-specific attributes to document policy decisions, resolving lost accounting information in call rejections.

Light fixtures exchange low-power Bluetooth beacons to estimate location, resolving central controller failure risks and scalability bottlenecks.

Information processing apparatus generates statistical data from terminal logs.

Wireless transceiver detects unmanned vehicles and controller overrides existing controls to guide them away from prohibited zones.

A hybrid optical scanner integrates laser and imaging components to decode diverse bar codes at high pass-by speeds.

An extended Label Forwarding Information Base selects optimal and sub-optimal paths to distribute traffic flows across multiple network segments.

A virtual talk group system monitors communication congestion levels and executes priority-based policies to manage endpoint transmission permissions.

Bluetooth adapter replaces infrared remotes, eliminating line-of-sight limits and battery waste.

Station classifies uplink packets using source and destination addresses to route streams according to negotiated service specifications.

Session Initiation Protocol abstracts layer-specific details to manage network resources, eliminating cumbersome infrastructure exposure.

A P2MP backup label switching path consolidates multiple redundant point-to-point routes into a single branching structure to streamline traffic merging.

A congestion control method adjusts transmission rates using ECN marked packets and dropped packet counts to mitigate radio signal blockages.

A new RRC Connected Mobility state maintains user equipment connectivity while allowing autonomous cell reselection within designated areas.

Capturing vehicle images via a mobile controller enables secure remote control by verifying operator visibility before command execution.

An electronic device recognizes external objects via camera or short-range wireless communication to generate operation signals.

Fixed-size buffer slots prevent congestion collapse by enabling precise INVITE forwarding without protocol modifications.

A modular RF wireless sensor interface integrates diverse sensors via a unified power converter and microcontroller.

A VoIP routing system sends test calls to measure network conditions before establishing actual voice sessions.

Motion sensors synchronize movement data between wearable and handheld devices to unlock electronics without complex cryptographic protocols.

A credit management unit dynamically adjusts buffer memory allocation and credits based on packet data size.

Dynamic flow identification information alters hashing results to redistribute network traffic, preventing persistent routing through overburdened routes.

Resonant coils on a smart surface transmit power and data to cordless transducers, resolving efficiency and noise immunity trade-offs.

Segmented apportioned queues allocate server resources by service level, preventing FIFO starvation and improving utilization.

A wireless protocol system transmits firmware updates between devices using proximity detection signals.

Time-divisional signal segmentation with higher amplitude touch detection pulses improves sensitivity without compromising display stability.

Dual bus HMI resolves reliability-adaptability trade-off for real-time RV system management.

A terminal displays icons for lighting devices and transmits radio signals to retrieve communication addresses.

An RSVP proxy handles admission control for media flows, bypassing Session Border Controllers to reduce network latency.

Segmenting packet storage memory into guarantee, shared, and overflow zones enables fair flow control assertion while preventing packet dropping during latency.

A handheld image reader applies video reversal algorithms to decode misoriented barcodes using a 2D sensor.

A Universal Control Engine translates commands across diverse appliance protocols.

A dynamically load-balanced network switch architecture distributes packets across physical links using congestion management mechanisms.

Alternating polarity magnets secure closure while integrated ID circuitry detects accessories to reduce false alarms during medical procedures.

A bandwidth distributor dynamically adjusts limiter settings based on real-time input monitoring to optimize data flow distribution.

Packet snooping detects connection types to trigger pre-configured macros, resolving configuration complexity for non-technical personnel.

A programmable vehicle identifier receives mobile data to activate variable functions through contactless interface devices.

A master device transmits a control image from a slave device to enable direct tactile selection.

Segmented queues transfer descriptors to external storage when internal thresholds are met, resolving latency and capacity trade-offs.

A routing device adjusts client bandwidth limits based on anticipated multicast streams to optimize network resource allocation.

Assesses existing MPLS configurations to identify minimal circuit re-routes, resolving the contradiction between optimal routing and implementation complexity.

Upstream label assignment extensions distribute labels across multiple downstream routers in RSVP-TE networks.

A transmission system selects specific modulation schemes and data rates to send joint messages containing recovery identifiers.