Satellite-based
Describing something that relies on or utilizes artificial satellites orbiting Earth for its function or operation. This encompasses technologies, services, and systems that depend on the transmission, reception, or processing of signals from satellites. It frequently involves a network of satellites, ground stations, and user terminals, working in concert to provide a specific service, such as communication, navigation, remote sensing, or data relay. The reliance on a satellite network often offers global reach and accessibility, overcoming geographical limitations of terrestrial systems. satellite-based technologies are integral in numerous sectors, from meteorology and telecommunications to transportation and environmental monitoring. Their applications range from providing television broadcasts to guiding autonomous vehicles.
Satellite-based meaning with examples
- The company utilizes a satellite-based internet service to connect remote areas lacking traditional broadband infrastructure. This setup provides reliable connectivity, allowing for educational opportunities and business operations in areas previously underserved. The service’s widespread availability and the relative ease of deployment compared to laying physical cables make it ideal.
- Geologists rely on satellite-based remote sensing data to monitor volcanic activity. The thermal and spectral data from satellites reveal changes on the Earth's surface, which helps to identify early warning signs of eruptions, allowing for effective resource allocation. The near-real-time data processing aids in predicting and preventing disasters.
- Modern aviation employs satellite-based navigation systems like GPS for aircraft guidance. These systems offer increased accuracy and efficiency compared to older methods, improving flight safety and reducing fuel consumption through optimized flight paths. Their global coverage ensures reliable positioning anywhere in the world.
- Environmental scientists employ satellite-based tracking of wildlife to monitor migration patterns. The signals sent from the tracked animals are received by satellites and then relayed to researchers on the ground. This allows conservation efforts to pinpoint crucial habitats and understand how environmental changes affect wildlife.
