A noise radar system works by emitting radio frequency signals and analyzing the reflections that bounce back from objects in its vicinity. By measuring the time it takes for the signals to return and the Doppler shift in frequency, the system can determine the distance, speed, and direction of the objects. This information is used to detect and track the objects in real-time.
The minimum detectable signal in a radar system is the weakest signal that the system can detect reliably against background noise. It is determined by the receiver's sensitivity and the signal-to-noise ratio of the system. A lower minimum detectable signal indicates that the radar system can detect weaker signals.
A sound level meter is typically used to detect noise. It measures the intensity (loudness) of sound in decibels (dB) to quantify noise levels in different environments.
A 600-watt wind turbine typically generates around 45-65 decibels of noise, which is comparable to ambient noise in a quiet residential area. This noise level is considered low and is not usually disruptive to people in the vicinity.
Performing drift and noise analysis during the calibration of HPLC systems helps ensure the accuracy and reliability of the results obtained. Drift analysis helps detect any gradual changes in baseline signal, while noise analysis identifies any random fluctuations in the signal. Monitoring and correcting for drift and noise during calibration helps maintain the sensitivity and precision of the HPLC system.
The maximum allowable noise level reduction in a recording studio using a 20dB noise-cancelling system is 20 decibels.
Read out noise in astronomical images can reduce image quality by introducing unwanted signal variations, affecting the accuracy of measurements and the ability to detect faint objects.
The minimum detectable signal in a radar system is the weakest signal that the system can detect reliably against background noise. It is determined by the receiver's sensitivity and the signal-to-noise ratio of the system. A lower minimum detectable signal indicates that the radar system can detect weaker signals.
A sound level meter is typically used to detect noise. It measures the intensity (loudness) of sound in decibels (dB) to quantify noise levels in different environments.
detect any changes in the environment (noise level, vibration, temperature)
The telemarketers words became garbled due to all of the background noise in my vicinity.
A 600-watt wind turbine typically generates around 45-65 decibels of noise, which is comparable to ambient noise in a quiet residential area. This noise level is considered low and is not usually disruptive to people in the vicinity.
Noise immunity is the ability of a system to perform even when there is noise present. The higher the level of noise a system can still operate under, the higher the noise immunity.
white noise
noise is an undesired and unwanted sound or singnal in communication
In 2016, advancements in noise cancelling technology were made with the introduction of the Sono noise cancelling system. This system utilized a new approach to cancel out noise by emitting sound waves that counteract unwanted noise, resulting in improved noise reduction capabilities.
To reduce guitar pedal noise effectively, use a noise reduction system that can identify and suppress unwanted noise while preserving the original guitar signal. Adjust the threshold and decay settings on the noise reduction system to minimize noise without affecting the desired guitar sound quality.
When startled by a loud noise, sensory receptors in your ears detect the sound and send signals through the auditory nerve to the brainstem. The brainstem then activates the fight-or-flight response, releasing adrenaline and triggering the sympathetic nervous system to prepare the body for action. This rapid response helps you react quickly to potential danger.