"Frequencymap" Example Sentences
1. The frequencymap showed the distribution of radio waves across the city.
2. By analyzing the frequencymap, the engineers were able to improve signal strength.
3. The GPS device uses a frequencymap to pinpoint locations accurately.
4. Our cellular network provider updated their frequencymap to reduce dropped calls.
5. The weather radar uses a frequencymap to detect precipitation in the atmosphere.
6. The satellite dish needs to be directed towards the correct frequencymap to receive signals.
7. The military uses a highly secure frequencymap to communicate covertly.
8. The traffic management system uses a frequencymap to monitor and track vehicles.
9. The airport uses a frequencymap to coordinate flights and prevent collisions.
10. The robotic vacuum cleaner uses a frequencymap to navigate through obstacles.
11. The seismograph uses a frequencymap to measure and monitor seismic activity.
12. The sonar equipment uses a frequencymap to locate objects underwater.
13. The security cameras use a frequencymap to detect motion and capture footage.
14. The firefighters use a frequencymap to communicate with each other during emergencies.
15. The hearing aid adjusts its settings based on the wearer's frequencymap.
16. The musical instrument tuner uses a frequencymap to ensure accurate tuning.
17. The radio telescope uses a frequencymap to study celestial bodies.
18. The chemotherapy machine uses a frequencymap to precisely target cancer cells.
19. The EEG machine uses a frequencymap to record and analyze brain waves.
20. The heart rate monitor uses a frequencymap to measure and display heart rate.
21. The drone uses a frequencymap to avoid obstacles and fly autonomously.
22. The fish finder uses a frequencymap to locate schools of fish underwater.
23. The pet tracker uses a frequencymap to track and locate lost pets.
24. The smart home system uses a frequencymap to control electronic devices.
25. The wildlife tracking device uses a frequencymap to monitor animals in their natural habitat.
26. The inkjet printer uses a frequencymap to control the placement of ink droplets.
27. The laser cutter uses a frequencymap to precisely cut and engrave materials.
28. The microwave oven uses a frequencymap to generate heat and cook food.
29. The oscilloscope uses a frequencymap to display electrical signals.
30. The synthesizer uses a frequencymap to generate different types of sounds.
Common Phases
1. Set the frequency parameters;
2. Generate a frequency map;
3. Analyze the frequency distribution;
4. Identify the most common frequencies;
5. Create a visual representation of the frequency map;
6. Compare multiple frequency maps;
7. Adjust frequency ranges for different analyses;
8. Determine the cutoff threshold for significant frequencies;
9. Map peak frequencies to specific locations.