In his 1959 address, There is Plenty of Room at the Bottom, Richard P. Feynman speculated about manipulating materials atom by and challenged technical community to find ways controlling things on a small scale. This visionary challenge has now become reality, with recent advances enabling atomistic-level tailoring control materials. Exemplifying Feynman’s vision, Handbook Nanoscience, Engineering, Technology, Third Edition continues explore innovative nanoscience, engineering,...

Overview and Introduction New Trends in Engineering Science: Micro- Nanoscale Systems to Design of MEMS NEMS Biological Biosystems Analogies Nano- Microelectromechanical Applications Nanoelectromechanical Synergetic Paradigms Architecture Fundamentals Fabrication Description Basic Processes Microfabrication Micromachining ICs, Microstructures, Microdevices Devising Synthesis AND Motion Classifier Modeling Electromechanical Systems, Devices, Structures Modeling, Analysis, Simulation...

By using the Hamilton-Jacobi framework and sufficiency theory, this paper presents a solution of constrained optimization problem for nonlinear systems with soft hard bounds imposed on control. The developed concept is based application generalized nonquadratic cost, return functions are applied. Necessary sufficient conditions have been used to synthesize bounded controllers, applied verify optimality. solved systems, offered results extend theory by cost. design procedure reviewed in...

This paper investigates evaluation methodologies and machine reasoning schemes to analyze dynamic electromagnetic spectrum. We research practical scalable classification of radio frequency signals across high frequency, very ultra super bands. The multi-band software defined radio, mobile networks, global navigation system receivers accomplish reconfigurable communication. Resilient communication, as well high-fidelity analysis extreme congested spectra, are open problems due challenges in...

Motivated by industry needs, this paper focuses on statistical models, descriptive probabilistic data analysis, and data-prescriptive signal processing in smart inertial sensors. These multimode sensors combine physical cyber components such as solid-state micromachined motion sensing elements, interfacing integrated circuits, middleware, software. We develop consistent algorithms tools based upon cross-cutting engineering science along with substantiation validation. Fundamental, applied,...

The aircraft flight quantities and success of the mission depend to a great extent upon actuator performance, actuators must be designed achieve specified criteria. Electromechanical driven by electric motors have begun displace hydraulic technology in advanced vehicles. In aerospace application, permanent-magnet stepper are perfectly suited due their efficiency reliability, low volume-, weight-, size-to-torque ratios, high power torque densities, cost maintenance, simplicity ruggedness,...

In this paper, the constrained optimization problem is solved for nonlinear discrete-time systems. The Hamilton-Jacobi theory applied to design a new class of bounded controllers, and an innovative nonquadratic performance index minimized. These innovations extend theory. particular, reported framework ensures straightforward analytical numerical results, presented concept significantly reduces computational conservatism conventional methods. It shown that open-loop unstable systems,...

New results and innovative procedures are presented to design nonlinear robust controllers for a class of time-varying systems with uncertain parameters control constraints. The straightforward techniques designing the bounded developed by utilizing theoretical foundations HamiltonJacobi theory L yapunov's method. major contribution is development feasible computationally efficient algorithms stabilize systems. Various aspects recent developments concerning optimization discussed further...