The developments include a rich mathematical theory, a host of effective solution algorithms, a multitude of interesting connections to numerous disciplines such as optimization theory, economics, engineering, game theory and networks (see [1 8]) and so forth.
As is well known, neural networks have been effectively applied in numerous disciplines such as pattern recognition, classification, associative memory, optimization, signal and image processing, parallel computation, nonlinear optimization problems, and so on (see [1 8]).
This lack of standard terminology is a significant problem, and has largely arisen due to the interdisciplinary nature of the field which borrows terms from numerous disciplines such as agriculture, zoology, and pathology, as well as due to studies on invasive species being commonly performed in isolation of one another.
Studies of such sometimes highly complex systems led to the development of network theory, an area applied widely in numerous disciplines such as mathematics, physics, computer science, economics, sociology, and biology (Newman 2001; Weitz et al. 2007; Garroway et al. 2008).
These ranged from numerous scientific fields to other disciplines such as archaeology.
In nonlinear functional analysis, one of the most productive tools is the fixed-point theory, which has numerous applications in many quantitative disciplines such as biology, chemistry, computer science, and additionally in many branches of engineering.
In particular, the study of the beta decay properties of fission products and their lifetimes is of central importance to numerous applications in nuclear physics and related disciplines, such as astrophysics, particle physics and nuclear engineering.
Therefore, it has been used widely in numerous studies over a broad range of biological disciplines, such as cell cycle regulation, stress responses, cancer diagnosis, functional gene discovery, specific therapy, and drug dynamic identification [ 1- 9].
This includes physicians trained in numerous clinical specialties and subspecialties, and individuals with doctoral degrees in disciplines such as human genetics, pharmacology, nursing, statistics, epidemiology, psychology, veterinary medicine, and engineering.
Inadequate attention to the published literature and insufficient time devoted to its mining and synthesis into new knowledge is a problem faced by all disciplines, especially highly interdisciplinary fields such as environmental forensics, whose knowledge base is fragmented across numerous disciplines.
He is Larry Rivers, a Pop art pioneer, figurative artist and multimedia creator in numerous disciplines.
