Intra-pulse modulation recognition aiming at recognizing the intentional intra-pulse modulation type of radar signals plays a critical role in modern intercept receivers, which could be used to recognize the signal threat level and choose the optimal algorithm to estimate parameters of the detected signal [1].
Pulse modulation classification is a technique aiming at recognizing the intentional intra-pulse modulations of radar signals and is becoming more and more difficult because of the ever-increasing number of emitters and low probability of intercept (LPI) radar waveforms that have appeared in modern electromagnetic environment [3].
In 2008, the William G. Baker Jr. Memorial Fund created the Baker Artist Awards, three $25,000 prizes for Baltimore-area artists similarly aimed at recognizing the wealth of creative talent in this city.
The series on reverse innovation in global health systems is couched within, and intimately interconnected to, a broader global movement aimed at recognizing the real potential of low and middle-income countries in contributing to health system challenges globally.
A system aimed at recognizing automatically the rainfall signal recorded by tipping bucket gages in paper strip charts is presented.
It aimed at recognizing their representations towards the school environment they are about to enter.
The following setting was introduced by Rash and Gusfield in [ 1]: Given a set V of n strings v1,..., v n (representing the genomes of n known viruses), and an extra string s (representing a virus in V, but not yet classified), we aim at recognizing s as one of the known viruses through an hybridization experiment.
The majority of methods proposed in the literature have aimed at recognizing iris images taken under near infrared (NIR) illumination.
The biomarkers aim at recognizing sepsis early, so that supportive measures may be implemented as soon as possible [ 7, 8].
Grouping was mainly aimed at recognizing common potentially functional characteristics in the sequences of groups of HD-Zip I proteins.
