GHz Frequency Transmission TRIZ Cases
- NRT Data Delivery via Segmented Broadcast and Server Fallback
Segmenting broadcast streams into prioritized packets reduces computational burden on mobile devices while maintaining reliable data access during signal fades.
- Packetized Programming Stream Multiplexing for Bandwidth Reduction
A packetized programming stream system multiplexes selected local media streams into transport channels to reduce bandwidth requirements.
- Satellite Data Redundancy via Segmentation and Interleaving
Segmenting and interleaving source data across multiple satellite transponders recovers lost segments during rain fade outages.
- Unattended Surveillance Device Profile Image Extraction
A surveillance device extracts moving object profiles from video streams for wireless transmission.
- Satellite Content Delivery for Hotel Entertainment Systems
Satellite transmission of encrypted digital files eliminates physical media handling and reduces service visits for hotel entertainment updates.
- Remote Encoding Metadata for Local Content Devices
Remote encoding metadata allows local devices to encode content without complex analysis, reducing computational load.
- OTA Channel Frequency Translation for Coaxial Signal Merging
Frequency shifting resolves interference between over-the-air and satellite signals, enabling single-cable distribution.
- Satellite Bidirectional Link Using Spread Spectrum Return
A microwave transmission unit modulates return signals using a spread spectrum protocol over a coaxial cable.
- Unified Interface for Vehicle External Device Control
A receiving device routes command identifiers through a shared data port to manage multiple external components.
- Wireless Digital Data Delivery System for Aircraft Synchronization
A digital data delivery system transmits independent video and audio packets to separate receivers using embedded synchronization signals.
- Dynamic Satellite Link Management via Presence Detection
Presence-based link management activates satellite connections only when users are detected, eliminating idle bandwidth waste and reducing operational costs.