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The aim in the present paper remains to describe a system identification method for unmanned marine vehicles using interval analysis in order to come up with estimation of parameter intervals instead of real values, such that the actual dynamics of the system shall remain confined within guaranteed bounds. The bounds are propagated through the system equations using such interval based parameters...
In this paper we have established the fundamental concept of guided wave for Y-branch suffer from power loss, due branching angle. Beam propagation methods are used to obtain guided wave characteristics, includes power loss between different branching angles. Guided light suffers loss owing to the tapered and separating structure. All simulations are done using opti BPM software. The power loss due...
Most of the frequency-domain (FD)-based active noise control (ANC) applications involve the computation of several discrete Fourier transforms (DFTs). Conventionally, an N-point DFT of a sequentially arriving data is computed only after the arrival of the N th sample. For applications involving ANC, such an approach will overload the processor. In this paper, an alternative method to compute the DFT...
A design procedure for an operational amplifier using indirect compensation is presented in this paper. Indirect compensation has inherent benefits in regards with power to speed trade-off. The technique has been seldom used in the past because a clear methodology for designing such an amplifier has not been provided. This paper develops the mathematical and analytical insight for designing an operational...
In this paper we discuss the method of designing a Chebyshev non recursive filter with linear phase for processing Images. Through this approach we design filters for the applications where stop band to pass band ration is important.
The changing business scenarios and escalating complexity in manufacturing industries have shifted the inclination of the researchers towards issues that have great impact on overall performance of the plants. The present research considers a multi-plant supply chain scenario and attempts to resolve the production planning and scheduling problem. The paper proposes a new Cooperative Multiple Particle...
In the present study, numerical results are obtained for the solution of mathematical model related to diffusion-dispersion during flow through multiparticle system. The "pdepe" solver in MATLAB source code is applied on the axial domain of the system of governing partial differential equations. Numerical results thus obtained are compared with earlier workers analytically and numerically...
A new very simple design approach to Linear Phase Finite Impulse Response (FIR) filters is discussed with the help of Legendre Polynomials with a special transform. This approach can be used to design a FIR filter with arbitrary characteristics and exact linear phase. Some design examples are discussed to illustrate the performance of the proposed method.
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