An Approach to Evaluation of a Computer-Aided Management System

Abstract— A method is described which was developed to evaluate the “behavior” characteristics of a computer program used for R&D Resource Allocation. Results are included for the application of this method to a computer-aided decision process previously used in the Air Force Flight Dynamics Laboratory at Wright-Patterson Air Force Base. This evaluation method is possibly applicable in general to other computer-aided management systems.     

Strategic Bargaining and Competitive Bidding in a Dynamic Market Equilibrium

This paper extends the bargaining and matching literature, such as Rubinstein and Wolinsky (1985), by considering a new matching process. We assume that a central information agency exists, such as real estate agencies in the housing market and employment agencies (or newspapers) in the labour market, which puts traders into direct contact with each other. With heterogeneity of trader preferences, equilibrium trade is characterized by existing traders on each side of the market trying to match with the flow of new traders on the other side (since existing traders have already sampled and rejected each other). Two procedures of trade co-exist, namely a strategic bilateral bargaining process and a competitive bidding process, depending on the number of potential matches a new trader obtains. We characterize the unique symmetric Markov perfect equilibrium to this stochastic trading game.     

Retail pricing and clearance sales: the multiple product case

This paper deals with the phenomenon of clearance sales of fashion type goods which have an intertemporal aspect similar to durable goods. Using the Van Praag and Bode (1992) model, the case of clearance sales in a store selling more than one commodity is analyzed. Conditions and rules of thumb are shown in which it is optimal to increase the price of one product while decreasing the price of another. A linear demand model and a numerical example are presented, showing that the price of one product decreases while the price of the other product may increase or decrease in different periods.