"Trilaterations" Example Sentences
1. The GPS system uses trilaterations to pinpoint a user's location.
2. Without trilaterations, the accuracy of GPS would be greatly diminished.
3. Triangulations and trilaterations are often used interchangeably, but they are not the same thing.
4. The trilaterations performed by the GPS system rely on signals from multiple satellites.
5. Even a slight error in trilaterations can result in significant inaccuracies in GPS readings.
6. Scientists use trilaterations to measure distances between objects in space.
7. Trilaterations are also used by surveyors to map out large areas of land.
8. Advanced algorithms are used to perform trilaterations quickly and accurately.
9. The accuracy of trilaterations depends on the quality of the data used.
10. Trilaterations are a key component of modern navigation systems.
11. The process of trilaterations can be quite complex, involving advanced mathematics and algorithms.
12. Engineers use trilaterations to determine the location of underground pipes and cables.
13. Trilaterations can be used to locate and track vehicles in real-time.
14. The military uses trilaterations to locate enemy positions and movements.
15. Many smartphone apps use trilaterations to provide location-based services.
16. Trilaterations can also be used in underwater navigation systems.
17. The accuracy of trilaterations is affected by the environment, such as buildings and terrain.
18. The use of trilaterations dates back to ancient times, when sailors used the stars to navigate.
19. Trilaterations are also used in scientific studies to track the movement of animals.
20. Trilaterations can be performed using various types of sensors, such as acoustic sensors or infrared sensors.
21. The accuracy of trilaterations is further improved by using multiple types of sensors.
22. Trilaterations are a key part of the Internet of Things (IoT) ecosystem.
23. The effectiveness of trilaterations is limited by the maximum range of the sensors being used.
24. Trilaterations can also be used in robotics to locate objects within a specified area.
25. Trilaterations have applications in a wide range of fields, from transportation to medicine.
26. The implementation of trilaterations requires careful calibration and positioning of the sensors.
27. The accuracy of trilaterations can be improved by using advanced machine learning techniques.
28. Trilaterations are often used in conjunction with other location-based technologies, such as RFID.
29. The development of trilaterations has revolutionized navigation and positioning technology.
30. The future of trilaterations lies in the continued development of more advanced algorithms and sensors.
Common Phases
1. "Trilateration is a technique that involves determining an object's position using three or more known points;"
2. "The concept of trilateration is commonly used in GPS systems to determine the precise location of a vehicle or device;"
3. "Trilateration can also be applied in surveying, where it is used to determine the position of inaccessible points;"
4. "One limitation of trilateration is that it can be affected by errors due to inaccuracies in measuring distances between the known points;"
5. "Trilateration can be extended to four or more points, which allows for more precise location calculation;"
6. "Another application of trilateration is in wireless communication systems, where it is used to determine the location of mobile devices;"
7. "Trilateration is often used in navigation systems, such as in ships and aircraft, to determine their position relative to known landmarks or beacons."