The mathematical models of productivity theory allows for the productivity rate of manufacturing machines and systems to be modelled with results that are validated by their actual output. This book presents the analytical approaches and methods to define maximal productivity rate of manufacturing machines and systems, based on the parameters of technological processes, structural design, reliability of mechanisms, and management systems.

Provides a comprehensive approach to productivity and efficiency analysis using economic and econometric theory.

John Pullen presents a critical history of the concept of the Marginal Profit Theory of Distribution looking at the contributions of its proponents (eg Stigler) and its critics (eg Pareto) and stressing the continuity of the debate.

Hunt convincingly demonstrates that competition is not about dividing up limited resources but about creating more resources and thus competition is pro-society. This truly interdisciplinary book successfully develops a general theory of competition which is rich in explanatory breadth and depth. Consequently, executives and entrepreneuers, management consultants, public makers, and scholars and students in economics, law, political science, and business should read and study this book. —Robert F. Lusch, University of Oklahoma This book develops a new theory of competition. This theory – labeled "resource-advantage theory" – stems from no single research tradition, but draws on several different traditions in economics, management, marketing, and sociology. In this ground-breaking volume, Shelby Hunt articulates R-A theory, uses the theory to explain and predict economic phenomena, and shows how (and why) it explains and predicts such phenomena.

This book develops the theory of productivity measurement using the empirical index number approach. The theory uses multiplicative indices and additive indicators as measurement tools, instead of relying on the usual neo-classical assumptions, such as the existence of a production function characterized by constant returns to scale, optimizing behavior of the economic agents, and perfect foresight. The theory can be applied to all the common levels of aggregation (micro, meso, and macro), and half of the book is devoted to accounting for the links existing between the various levels. Basic insights from National Accounts are thereby used. The final chapter is devoted to the decomposition of productivity change into the contributions of efficiency change, technological change, scale effects, and input or output mix effects. Applications on real-life data demonstrate the empirical feasibility of the theory. The book is directed to a variety of overlapping audiences: statisticians involved in measuring productivity change; economists interested in growth accounting; researchers relating macro-economic productivity change to its industrial sources; enterprise micro-data researchers; and business analysts interested in performance measurement.

Productivity varies widely between industries and countries, but even more so across individual firms within the same sectors. The challenge for governments is to strike the right balance between policies designed to increase overall productivity and policies designed to promote the reallocation of resources towards firms that could use them more effectively. The aim of this book is to provide the empirical evidence necessary in order to strike this policy balance. The authors do so by using a micro-aggregated dataset for 20 EU economies produced by CompNet, the Competitiveness Research Network, established some 10 years ago among major European institutions and a number of EU productivity boards, National Central Banks, National Statistical institutes, as well as academic Institutions. They call for pan-EU initiatives involving statistical offices and scholars to achieve a truly complete EU market for firm-level information on which to build solidly founded economic policies.