System modelling and optimization : proceedings of the 14th IFIP-Conference, Leipzig, GDR, July 3-7, 1989
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Bibliographic Information
System modelling and optimization : proceedings of the 14th IFIP-Conference, Leipzig, GDR, July 3-7, 1989
（Lecture notes in control and information sciences, 143）
Springer-Verlag, c1990
- : gw
- : us
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"Based on lectures given at the 14th IFIP Conference on System Modelling and Optimization held in Leipzig, July 3-7, 1989 ... sponsored by the International Federation of Automatic Control, ... [et al.]"--Foreword
Includes bibliographical references and index
Description and Table of Contents
Description
The aim of the present proceedings volume is to discuss recent advances in the mathematical representation of engineering, socio-technical and socio-economical systems as well as in the optimization of their performance. The papers presented are extended versions of about 100 lectures (plenary lectures as well as lectures of the parallel sessions) of the conference. All papers include original researching results of the authors. Some have the character of a survey.
Table of Contents
Models and optimal control of robotic systems.- New approaches in optimization techniques.- Deterministic control of uncertain systems via a constructive use of Lyapunov stability theory.- A mathematical model for structural analysis of dynamical systems.- An interactive procedure based on the inscribed ellipsoid method.- On the absolute center of a set in an edge.- On parallel programming environments and multilevel optimization.- Primal-dual decomposition of separable nonconvex optimization problems with constraints.- Automatic and parallel generation of gradient and Hessian matrix.- Solving non-cooperative games by continuous subgradient projection methods.- Extended Fibonacci search for proper sinusoidal functions.- Grid optimization in the finite- element- method.- An algorithm for large-scale linearly constrained nondifferentiable convex minimization.- Superlinearly convergent optimization methods without solving QF.- Multilevel dichotomy algorithm in global optimization.- Discrete approximation of extremum problems with operator constraints.- On the methods of nonsmooth optimization.- 1-Determinacy of feasible sets.- Symbolic generation of an optimal Karmarkar's projective algorithm for sparse linear programs.- Relations between the Karush-Kuhn-Tucker points of a nonlinear optimization problem and of a generalized Lagrange dual problem.- The relief indicator method as a new approach to constrained global optimization.- Comparison of six types of separating functionals.- On differential estimations for marginal functions in mathematical programming problems with inclusion constraints.- Methods of centers in nonlinear programming.- On the control of neutron density subject to a transport equation and a reflection law.- The maximum principle and relativity theory.- Upper semicontinuity of solutions of singularly perturbed differential inclusions.- Optimal control of two point boundary value problems.- Guaranteed cost control of linear polytope systems.- Time-optimal control in nonlinear evolution equations.- Necessary and sufficient dynamic programming conditions for optimal control problem with state constraints.- Extensions of Pontryagin's maximum principle.- Optimal guidance of dynamic systems.- Planar robot motion with an obstacle: -Synthesis of time-optimal control.- The problem of time-optimal control with the search of the goal point.- Solving some optimal control problems using the barrier penalty function method.- Second-order conditions in a time-optimal control problem for linear system.- Optimal control problems under disturbances.- Impulsive control problems.- Global solutions in optimal control via silp.- Approximate controllability with positive controls for linear retarded systems : A discrete-time approach.- Applications of analytic centers for the numerical solution of semiinfinite, convex programs arising in control theory.- Semigroup methods and approximation of nonlinear parabolic boundary control problems.- Two-level systems of mathematical physics with cross connections.- New results on No-Wait Flow Shop scheduling.- New exact and feuristic algorithms for the Crew Scheduling problem.- The job - shop problem - modelling by latin rectangles, exact and heuristic solution.- Maximal displacement of discrete loaded strings.- Succesively decomposed networks and their application in discrete programming.- Ficets of the scheduling polytope.- Solution of a class of interval scheduling problems using network flows.- A fuzzy algorithm for constructing cyclic schedules.- Min-sum and min-max single-machine scheduling with stochastic tree-like precedence constraints: Complexity and algorithms.- The PLA-folding problem: Simulated annealing and iterative improvement approaches.- On finding sets of alternatives for the discrete multiobjective problems.- Recent results on the Discrete Lotsizing and Scheduling Problem.- Structural net systems optimization.- Inverse optimization problems and methods for their solution.- Approximate modeling of dynamic systems.- Model building and simulation of a reactor for coal pyrolysis.- Parametrization for curve interpolation in technical applications.- Optimal control of the arrival and service processes in an M/G/1 queue.- Control of nonlinear systems described by QuasiLinear Fuzzy Models.- Decomposition of objective function in stochastic combinatorial optimization.- Polynomial design of the stochastic optimal, minimal complication system.- Economic development, learning and stopping rules.- Invariance, parameter estimations, sensitivity analysis and other help functions in computer aided desigh by GI/GI/c - Queueing models.- Numerical analysis of suboptimal stochastic control systems of a diffusion type.- Complete ideal observability of some classes of dynamic systems with unknown nonlinear inputs.- Laser propagation in atmospheric turbulence, stochastic models and simulation Robert Patton Leland.- Optimal inspection under semimarkovian deterioration: Extensions.- On some selection problem.- Stochastic programs with complete recourse: Stability and an application to power dispatch.- The estimation of the magnitude response of a linear system from the restored covariance function.- An approximation method for queueing network with a common buffer and blocking.- Technological change and policy in MRIO models.- Mathematical modelling of sedimentation processes in a centrifuge.- Modelling the relation between foreign currencies.- An account of uncertainty factor in models of discrete optimization of electric power supply systems.- Mathematical description of the synaptic transmission and its entropy production.- Synthesis of control strategies in flexible manufacturing.- On the solution of a class of quadratic programs using a differentiable exact penalty function.- Energy and cost optimization in industrial models.- Placement heuristics for generation of FMS layouts.- A model for electricity demand forecasting in a communal electric utility.- An optimization technique with neural networks and its application to a ferry routing.- Real-time simulation and control system for the continuous casting process.- Transmission range control for packet radio networks or why magic numbers are distance dependent.- A model for antibiotic therapy: Tecidual kinetics implications.- System modelling of functional processes in living organisms.- Optimization of real nonrecursive processors implemented in floating point arithmetic.- PROTOS: Towards better production planning systems.- Optimal control of integrated communication system.- Reliability-based optimization of parallel systems.- Optimization-based nycely nonlinear modelling.- Computer aided design of optimal regulators and filters with constraints.- Modelling of an expert system tool for configuration problems.- Turboprop engine behaviour modelling based on optimization approach.- Optimal local flow control of a general multiple data link with limited buffers.- Heuristic reasoning in mathematical programming.- Parallel global optimization algorithms in optimal design.
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