Want this question answered?
Interference effects.
Yes, indeed!
Early radar used radio interference to detect movement in the air of objects that would shift the appearance of the received waves. The directional high frequency radar was invented by the British. It sent out a large pulse of energy and timed its return to the receiver. That time divided by two was the distance to the object. Doppler radar sends out pulses of radio waves and measures their phase relationship to watch an objects motion and density in detail.
Interference. Constructive Interference, which is where the waves increase amplitudes and troughs when they overlap. Destructive Interference, which is where the waves cancel each other out when they overlap.
Radar
Interference effects.
Rabindra N. Ghose has written: 'Interference mitigation' -- subject(s): Interference, Radar, Signal processing, Shielding (Electricity), Radio, Electromagnetic interference, Adaptive filters
Yes, indeed!
The black patch is material that allows radar to penetrate with no interference. Under the dome is the look ahead weather radar. New planes have that cone painted, but the front still has material that allows the radar to see ahead.
Anything really. From human interference to natural disasters.
Proactive interference effects can vary depending on the individual and the specific task involved. Generally, the magnitude of proactive interference is greater when the interfering information is similar to the target information and when the retention interval between learning and recall is longer. Other factors, such as cognitive load and individual differences in working memory capacity, can also influence the extent of proactive interference effects.
Patricia A. Shewokis has written: 'Contextual interference effects in motor learning' -- subject(s): Memory transfer, Interference (Perception), Perceptual-motor learning, Inhibition, Context effects (Psychology)
The speed at which he moving target cannot be detected means uncancelled clutter interference with moving target takes place is called as blind speed. It occurs in MTI radar-----------------afsha(TE EXTC)
Interference effects can be observed with all types of waves, for example, light A simple form of interference pattern is obtained if two plane waves of the same Optical interference between two point sources for different wavelengths and
Full Sail!
Almon J. Bate has written: 'Effects of simulated task loading on side-looking radar target recognition' -- subject(s): Radar targets 'Effect of an auxiliary magnification display on side-looking radar target recognition' -- subject(s): Radar targets
Interference and noise are distinguished the same way in all situations not just optical communication. Noise is caused by random thermal effects or statistical effects to to the randomized distribution of electron flow. Interference is due to a system being sensitive to external perturbation, due to weather, dust, vibration etc.