singular linear quadratic problem
A Computational Method for Solving Optimal Control Problem of Time-varying Singular Systems Using the Haar Wavelets
... control problem of linear time-varying singular systems with a quadratic cost ...a linear system of algebraic equations in terms of the unknown coefficients of the state and control ...
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Approximating the Distributions of Singular Quadratic Expressions and their Ratios
... two quadratic forms in connection with time series valued designs is discussed in ...the problem of testing the equality of two gamma populations with common shape parameter is derived in ...of ...
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Exact Solution of a Linear-Quadratic Inverse Eigenvalue Problem on a Certain Hamiltonian Symmetric Matrices
... eigenvalue problem for Hamilton matrices was systematically reviewed and discussed in respect of the inverse eigenvalue problems (IEP) for certain singular and non-singular Hermitian ...eigenvalue ...
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Linear-Quadratic Optimal Control Problem (LQOCP) And The Definiteness of an Inverse Eigenvalue Problem (IEP) on A Certain Hermiltian Matrices
... eigenvalue problem (IEP) in a certain Hermiltian matrices consists of both singular and non-singular symmetric matrices of rank 1 via Newton’s method for solving the inverse eigenvalue problem ...
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Conic Reformulation of Some Quadratic Programming Problems with Applications.
... where ρ is a prescribed return level and X is a set formed by other deterministic constraints on x such as budget constraint, sector constraint, no shorting constraint, lower and upper bounds. Based on Markowitz’s work, ...
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Indirect Method for Optimal Control Problem Using Boubaker Polynomial Eman Hassan Ouda | Samaa Fuad Ibraheem | Imad Noah Ahmed Fahmi
... optimal problem is presented, using indirect method (spectral methodtechnique) which is based on Boubaker ...control problem is transformed to algebraic equations which can be solved easily, and then the ...
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Optimal Controller Design for Linear Inverted Pendulum and Double Inverted Pendulum System
... for linear inverted pendulum is already found for two cases changing values of Q and R, hence, the obtained feedback gain matrix K, is directly used in the LQG ...
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Aeroelastic and trajectory control of high altitude long endurance aircraft
... We investigate the aeroelastic and trajectory control of an High Altitude Long Endurance (HALE) aircraft model in the presence of gust and turbulence disturbances. The model is derived from geometrically-nonlinear beam ...
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Singular constrained linear systems
... the linear system Ax = b the points x are sometimes constrained to lie in a given subspace S of column space of ...any singular or nonsingular matrix, exist and is ...the singular consistent or ...
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Some recent developments in nonlinear optimization algorithms
... the problem involves inequality constraints, the difficulty of dealing with constraints is compounded by the combinatorial problem of identifying the set of active inequality constraints at the solution ...
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Decipherment Complexity in 1:1 Substitution Ciphers
... In recent years a large number of publications on the automatic decipherment of substitution ci- phers has been published. These publications were mostly dominated by rather heuristic methods and did not provide a ...
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A Two Stage Approach for Large Scale Cascaded Hydropower System Operations
... with quadratic programming (QP) to improve the optimization ...optimization problem is formulated as a QP model with a quadratic generation function and a linear set of constraints, and solved ...
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M07 Linear and Quadratic Equations.pdf
... Equations Linear and Quadratic Equations Verbal Statements to Equations Solving Verbal Problems.. Equations in One Variable.[r] ...
143
JAM: A Tabu-based Two-Stage Simulated Annealing Algorithm for the Multidimensional Arrangement Problem
... Arrangement Problem (MAP) that embeds a graph into a multidimen- sional array minimizing the aggregated (Manhattan) distance of the em- bedded ...This problem includes the minimum Linear Arrangement ...
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On linear ODEs with a time singularity of the first kind and unsmooth inhomogeneity
... for singular BVPs [, ], we have implemented two open domain Matlab codes based on ...simulate singular BVPs important for applications and proved to work de- pendably and ...
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Fast sampling rate considerations in digital control design : cyclostationary and finite wordlength issues
... controlled linear time-invariant systems exhibit periodic characteristics known as cyclostationary ...the problem of intersample dynamics has been recognized since the early development of the discrete ...
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Quantum bouncer with dissipation
... has linear and quadratic dependence with respect to the ve- ...generalized linear momentum or using the quantization of the ...and linear momentum [8]; that is, velocity “v” can not always be ...
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Continuous optimization methods for the quadratic assignment problem
... the problem data are satisfied, the ratio of its best and worst objective values approaches 1 as the problem size goes to ...the problem size tends to infinity. That is, if the problem size is ...
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A Liability Tracking Approach to Long Term Management of Pension Funds
... (Linear, Quadratic cost, Gaussian) control problem framework and then the optimal portfolio strategy hedges the liability by directly tracking a benchmark process which represents the ...
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Pitch Control of Aircraft Using LQR & LQG Control
... ABSTRACT: The paper presents the control of aircraft in the longitudinal plane during cruising stage using Linear Quadratic Regulator (LQR) and Linear Quadratic Gaussian (LQG) Control. For the ...
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