However, many practical processes can be modeled as neutral delay systems [6 8] such as networks of interconnected systems [9], lossless transmission lines, partial element equivalent circuits in electrical engineering, controlled constrained manipulators in mechanical engineering [10, 11], and certain implementation schemes of predictive controllers [12].
His expertise in electrical engineering and control systems led him to think that biochemically based genetic circuits must be analogous to the electrical switching circuits he knew well.
In 2004 Griffith fled to the San Francisco Bay Area after his Ph.D. and formed a consultancy called Squid Labs, which became a collective of passionate tinkerers in the fields of materials science, electrical engineering and control theory.
Voltage regulation is an important task in electrical engineering for controlling node voltages in a power network.
In the early 1950s, before the advent of industrial robotics, Mr. Devol (pronounced de-VAHL) built on his own work in electrical engineering and machine controls to design a mechanical arm that could be programmed to repeat precise tasks, like grasping and lifting.
Recently, the theory of nonlocal and nonlinear boundary value problems and singular semipositone differential systems becomes an important area of investigation because of its wide applicability in control, electrical engineering, physics, chemistry fields, and so on.
In electrical engineering, theoretical computer science, control theory, system engineering, etc., we often use signal flow graphs as a modeling tool which interconnects the system components, or represents the realization of a system as electronic devices.
Indeed, we can find numerous applications in demography, control, mechanics, electrical engineering fields, and so on.
The theory of differential equations with discontinuous trajectories during the last twenty years has been to a great extent stimulated by their numerous applications to problem arising in mechanics, electrical engineering, the theory of automatic control, medicine and biology.
Due to the physical properties or various environmental factors, many real-world systems can be modeled as switched systems such as computer science, autonomous transmission systems, computer disc drivers, control systems, electrical engineering and technology, automotive industry, air traffic management, chemical systems, power systems and communication networks, and other applications [1 9].
