Operations Research in Progress

Inhaltsverzeichnis

• 1: Mathematical Programming and Optimal Control Theory.
• An Optimality Condition and its Application to Parametric Semi-Infinite Optimization.
• The Choice of a Parameter in a Penalty Method.
• Recent Results on ?-Conjugation and Nonconvex Optimization.
• On Quantitative Stability of Point-to-Set-Mappings and the Rate of Convergence of Corresponding Algorithms.
• On the Penalization Method in Convex Stochastic Programming.
• A New Algorithm of Solving the Flow — Shop Problem.
• On Dynamic Traffic Assignment.
• On an Approximation Problem of Mechanical Structural Optimization.
• Optimal Daily Scheduling of the Electricity Production in Hungary.
• Power Distribution Planning and the Application of Linear Mixed-Integer Programming.
• Optimal Flood Control by Reservoir Systems Using the Reduced Gradient Method.
• Instant Optimization of Hydro Energy Storage Plants.
• Dynamic Programming in Power System Extension Planning.
• Some New Multicriteria Approaches.
• Equilibrium Selection in a Wage Bargaining Situation with Incomplete Information.
• Planning and Forecast Horizons in a Simple Wheat Trading Model.
• Intertemporal Reversales of Environmental and Macroeconomic Policies.
• Optimal Control of Concave Economic Models with two Control Instruments.
• Optimal Control with Switching Dynamics.
• Dynamic Systems with Several Decision-Makers.
• Optimal Bimodal Harvest Policies in Age-Specific Bioeconomic Models.
• Growth Rates, Optimal Harvesting and Related Topics in the Mass Rearing of Tsetse Flies.
• The Release of Partly Fertile Males or Females in the Application of the Sterile-Insect Technique: Mathematical Analysis of the Hard-Release Strategy.
• 2: Stochastic Models.
• New Developments in Optimal Control of Queueing Systems.
• Estimation and Control in a GI|M|1-System.
• On Discriminatingamong Stochastic Models — A Survey.
• Increasing the Work-Safety in Nuclear Power Plants through the Use of Preventive Maintenance Policies.
• Recent Developments in Econometrics.
• Slight Misspecifications of Linear Systems.
• Local Sensitivity Analysis and Matrix Derivatives.
• Analysis and Forecasting of Demand for Electricity Using Time Series Analysis.
• Short Term Load Predication in Electric Power Systems.
• Interactive Short-Term Load Forecasting.
• Predicting the Demand for Electricity — An Application of Transfer Function Analysis.
• Problems Associated with the Design of a Reliability Model in Electricity Industry.