This paper analyzes vertical cross-shareholding, that is, the mutual holding of a minority of shares between vertically related firms. First, we explore the issue in a game-theoretic model and show that cross-shareholding is sufficient to obtain efficient outcomes. We then test the model's...

We study interaction effects between intra-firm conflicts and interfirm competition on a duopolistic market with seller firms employing one or more agents and implementing tournament incentives. We show that inter-firm competition leads to higher incentive intensity, higher efforts and output...

We study price competition in heterogeneous markets where price decisions are delegated to agents. Principals implement a revenue sharing scheme to which agents react by commonly charging a sales price. The results of our model exemplify the importance of both intrafirm- and interfirm...

We study interfirm competition on a product market where effort decisions are delegated to the firms' workers. Intrafirm organization is captured by a principal-multiagent framework where firm owners implement alternative compensation schemes for the workers. We show that the value of delegation...

Predictive cost reduction based on a thermodynamic model, in which parameters associated with a process are accessed. The parameters include a quantity of units of Work-in-process at first and second times, and first and second constants respectively indicative of growth between the first and...

This Application claims the priority of U.S. Provisional Patent Application Serial No. 60/479,333, Filed: June 18, 2003.

Presentation to John D C Little and Steve Graves

Derivation of Minimum Batch size to minimize WIP and Cycle Time R

The Ohno Criterion states that WIP with faster velocities have lower cost than WIP with average slower velocities, in manufacturing cycles per unit time: v=G/W where W= number of pieces of Work In Process Inventory (WIP), and G = rate at which pieces exit from WIP to finished goods per unit...

Derivation of the the conversion factor ßM, from bits of entropy to dollars of waste