Sentence examples for mechanical systems control from inspiring English sources

Recently, differential equations with piecewise constant arguments (EPCA) have received much attention from a number of investigators [1 5] in such various fields as population dynamics, physics, mechanical systems, control science and economics.

Fractional differential equations are of interest in many areas of applications, such as economics, signal identification and image processing, optical systems, aerodynamics, biophysics, thermal system materials and mechanical systems, control theory (see [2 6]).

Recently, fractional differential equations have been proved to be significance tools in the fields of economics, science and engineering such as materials and mechanical systems, control and robotics, etc. (see [1 6] and the references therein).

Fractional differential equations have been of increasing importance in the past decades due to their diverse applications in science and engineering, such as the memory of a variety of materials, signal identification and image processing, optical systems, thermal system materials and mechanical systems, control system, etc., see [1, 2].

Fractional differential equations have been of increasing importance for the past decades due to their diverse applications in science and engineering such as the memory of a variety of materials, signal identification and image processing, optical systems, thermal system materials and mechanical systems, control system, etc.; see [1, 2].

Its applicability for lower level control functionality as well is tested here in a mechanical system control context.

More broadly, to discover principles of passive and active nervous and mechanical system control (Nishikawa et al. 2007), as well as to understand energetic costs (Lejeune et al. 1998) in locomotion on and within realistic terrain, will require advances in theory and experimental characterization of complex media.

The motivation for studying switched systems comes partly from the fact that switched systems and switched multi-controller systems have numerous applications in control of mechanical systems, process control, automotive industry, power systems, aircraft and traffic control, and many other fields.

The motivation for studying switched systems comes partly from the fact that switched systems and switched multicontroller systems have numerous applications in control of mechanical systems, process control, automotive industry, power systems, aircraft and traffic control, and many other fields.

The techniques in this book can be applied to modeling, for example, embedded software systems, mechanical systems, electrical systems, control systems, biological systems, and - most interestingly - heterogeneous systems that combine elements from these (and other) domains.

Wszołek, Hybrid graphs and block diagrams in analysing mechanical systems with control, Doctoral Thesis, Silesian University of Technology, Gliwice, 2002, Poland (in Polish); J. Świder, G.Wszołek, Graphs Application in Computer Analysis of Mechanical Systems, Monograph, Silesian University Publishing Company, Gliwice, 2002, Poland (in polish)].