Here we have shown its application in a broad range of physiological signals including epileptic seizure data, EEG data with very low frequency characteristics, MEG data and evoked response recordings.
Many studies have shown its applications in drug, DNA delivery and tissue engineering because of its non-toxicity, biocompatibility and biodegradability [ 7- 10].
It is resulted that the present system has shown its potential application to various radiation-related fields such as particle identification, radiography, and radiation imaging.
As a well-known material used for photographic film, AgCl has shown its valuable applications as visible light photocatalysts [2 8].
The observer technique has shown its successful applications not only in system monitoring and regulation but also in detecting as well as identifying failures in dynamical systems (see e.g. [3]).
Synthetic biology has shown its potential and promising applications in the last decade.
In particular, fuzzy logic has shown its suitability for medical applications, in order to manage uncertain data, and to build transparent rule-based classifiers.
Over the past decades, nano-TiO2 has shown its potential for agricultural applications because of its high photocatalytic disinfection and photo biological effects coupled with its low price, nontoxicity, and stable performance.
Over the past decades, there has been enormous interest in fabricating periodic semiconductor nanostructures, in which the semiconductor nanodot or nanorod array has shown its great potential for future applications in photonic crystals [1], nanoscale transistors [2], field electron emitters [3], biomaterials [4], and light-emitting devices [5].
Many studies based on the FI network and this app have shown its many applications to cancer and other disease studies.
