Beacon Systems TRIZ Cases

Segmenting the receiver into interchangeable RF modules resolves the trade-off between multi-frequency versatility and manufacturing complexity.

Advanced monitoring correlators assess shifted signal energies to validate direct path tracking in satellite receivers.

A transmitter system uses unbalanced radio frequency beams to produce a difference frequency at a target.

A millimeter band radar system captures images through obscurants like smoke and dust.

A device generates description messages outlining future satellite navigation message formats for receiver storage.

A control module monitors mobile device transmission power to selectively enable or disable the satellite signal receiver.

A beacon system detects product variations and displays digital information on mobile devices.

Segmenting slots with re-ordered comb structures reduces interference between network nodes, improving positioning accuracy and latency.

Network antennas send multiple beams to measure signal strength, determining user equipment vertical height without relying on inaccurate barometric sensors.

Non-combustible aerosol provision systems exchange operational data using connectionless Bluetooth Low Energy advertising packets.

Ground servers compute complex orbit data to enable accurate positioning on low-power mobile devices.

A GNSS receiver uses a reference channel to verify measurement predictions against real signals.

A bistatic synthetic aperture radar system embeds phase synchronization signals within transmission time slots to maintain continuous operation.

Asset tracking devices enter ship mode upon beacon detection to disable GNSS and cellular transceivers for power conservation.

Compressed ephemeris files stored in less than 15 KB reduce transfer time and memory consumption for faster GPS positioning.

A selection pulse aligns local spreading codes with received signals to improve synchronization accuracy.

Partial correlation intervals align with constant Doppler steps, reducing processing power requirements while maintaining high phase resolution.

An open-loop GNSS receiver extracts raw signal amplitude and phase data for atmospheric analysis.

A navigation receiver test method uses wireless assistance data to program the device into a dedicated test mode for validation.

Configures radar-sensing slots to identify blockages, reducing beam management overhead and latency.

Segments GNSS data into network and cluster messages to reduce bandwidth while accelerating convergence time.

A verification beacon device compares authentication data from service servers and terminals to validate incoming signals.

Determines cellular-GPS time relationships during handovers to maintain continuous timing without network assistance.

A reference time identifier in GNSS messages specifies the active time base for location data.

Parallel PN code generators eliminate sequential search delays by evaluating multiple Gold codes simultaneously to rapidly acquire spread spectrum signals.

Direct RF amplifiers enable solid-state X-band beacons to detect low-power radar signals, eliminating vacuum tube incompatibility.

A communication system merges assisted GPS data with SBAS signals to generate combined positioning information for mobile stations.

Cell-specific satellite selection and assistance data sequencing reduce time to first fix in obstructed environments by prioritizing detectable signals.

A train navigation system filters disturbed satellite signals using a dynamic kinematic model to ensure accurate position and speed calculations.

A forecaster predicts radio-frequency signals to generate an effectiveness metric for selecting the optimal broadcast signal.

Transmitter tags broadcast unique identifiers for user equipment detection, resolving indoor signal penetration issues while reducing infrastructure costs.

A control device maps and stores beacon identifiers while requesting periodic changes to the broadcast signal.

A protection limit calculation system distributes safety thresholds between position and speed parameters to determine dynamic boundaries.

A processing hub compares GNSS signals against known receiver locations to detect spoofing and switches to an eLORAN backup system.

A PVT optimization architecture reduces power consumption by dynamically adjusting processing capacity between full and reduced states.

A base station generates a position reference signal sequence with a length of 2 times the configured resource blocks and transmits it at a determined physical resource block position.

Terminal derives location estimates using differential corrections including user differential range error and growth rate parameters.

Elongated shell apertures diffract ultrasonic waves to separate transmitting and receiving units within a compact sensing device.

A navigation monitoring system processes GPS and SBAS data to generate service availability forecasts.

Differential GPS reference stations generate correction data that compensates for ionospheric delays and satellite position errors in marine terminals.

Predicting link characteristics eliminates transmission delay and boosts throughput by 122%.

A three-piece infrared lens uses a glass first element and plastic subsequent elements to correct aberrations.

A mobile reference station processor connects to an inertial sensor to calculate position change variables and generate error signals.

Analog mixing linear and hyperbolic frequency modulated signals generates orthogonal waveforms for MIMO radar transmission.

Interpolates seismic measurements by modeling data as a random process and minimizing interpolation error to determine uniformly spaced values.

A satellite state predictor calculates current positions using stored ephemeris data and numerical integration of orbital equations.

Distributed transceivers broadcast coded pilot beacon signals to determine mobile station positions within buildings.

Integrated tracking system switches between sub-systems to maintain location data despite Faraday shield interference.

Encoding data in pulse delays provides secure positioning signals against GPS jamming.

A laser distance measuring apparatus adjusts time resolution based on detection information to optimize measurement precision and update rates.