Intertemporal Production Frontiers: With Dynamic DEA

1 Introduction.- 1.1 Motivation.- 1.2 Connection to Earlier Work.- 1.3 Production and Time.- 2 Static Production Structure.- 2.1 Technology Axioms.- 2.2 The Activity Analysis Model.- 2.3 A Model with Intermediate Inputs.- 2.4 Optimization.- 2.5 Environmental Regulation and Profitability.- 2.6 Notes on the Literature.- 2.A Appendix.- 3 Distance Functions and Productivity.- 3.1 Distance Functions.- 3.2 Malmquist Productivity Indexes.- 3.3 The Fisher and Törnqvist Productivity Indexes.- 3.4 Activity Analysis and Productivity.- 3.5 Productivity and Quality Changes in Swedish Pharmacies.- 3.6 Notes on the Literature.- 3.A Appendix.- 4 Biased and Embodied Technical Change.- 4.1 Hicks’ Neutral Technical Change.- 4.2 Biased Technical Change.- 4.3 Industrial Productivity Growth in China: 1980–84 vs. 1984–85.- 4.4 On Vintage Technologies.- 4.5 Notes on the Literature.- 4.A Appendix.- 5 Indirect Production and Intertemporal Budgeting.- 5.1 The Cost Indirect Technology.- 5.2 The Intertemporal Budget Constraint.- 5.3 The Intertemporal Cost Indirect Technology.- 5.4 Output-Oriented Efficiency Measures in an Intertemporal Budgeting Framework.- 5.5 Intertemporal Budgeting and Efficiency.- 5.6 Notes on the Literature.- 6 Dynamic Production Models.- 6.1 The Product Technology.- 6.2 Time Substitution.- 6.3 The Basic Dynamic Technology.- 6.4 Storable Inputs.- 6.5 Dynamic Measurement of Efficiency: An Application to Western Public Grazing.- 6.6 Notes on the Literature.- 6.A Appendix.- References.- Author Index.