Sentence examples for signal analysis and processing from inspiring English sources
The ambiguity function and matched filter are employed for the active signal analysis and processing.
Fractional Fourier transform (FrFT) has been proposed to improve the time-frequency resolution in signal analysis and processing.
It is well known that stochastic time-delay systems with Markovian jump parameters play a very important role in digital signal analysis and processing.
Most researchers prefer digital copies to facilitate random access and manipulation of the content as well as signal analysis and processing, and all are faced with the obsolescence of reel-to-reel technology and difficulty in locating still functional play-back equipment.
Once we have identified a possible "dot", we propose the use of the Atypical Signal Analysis and Processing (ASAP) concept developed by the RAND National Security Research Division (NSRD) [31].
During the past 25 years, a wealth of algorithms have been proposed and ICA-based methods are now extensively and successfully applied to solve many practical real-life problems such as biomedical signal analysis and processing, wireless communications, data mining, speech enhancement, image recognition, etc. (see [3] for details).
These advances can be used in a wide range of signal processing applications from Telecommunications to Biomedicine including EEG and Fetal Movement signals analysis and processing, where time-frequency peak detectors can provide additional features for classification improvement.
This chapter presents a reconfigurable ultrasonic smart sensor platform (RUSSP) for real-time signal analysis and image processing.
The use of system identification approaches for damage detection has been expanded in recent years owing to the advancements in signal analysis and information processing techniques.
The effects of spouting gas velocity, spout nozzle diameter, static bed height, particle property and fluidizing gas flow rate on the jet penetration depth have been systematically studied by pressure signal analysis and image processing.
The methodology combines methods adapted from three complementary areas: time-frequency signal analysis, multichannel signal analysis and image processing.
