This paper reviews the state-of-the-art methodologies for develo** computer-aided design
(CAD) model based systems for assembly simulation, planning and training. Methods for …

The manufacturing sector as a whole has undergone remarkable changes in terms of scale,
complexity and technology over the past decades and this applies across most modern high …

This paper aims to present a digital twin framework to support the design, build and control
of human-machine cooperation. In this study, computer simulations are used to develop a …

Reconfigurable manufacturing is a promising new paradigm, which covers many aspects of
change from reconfigurable machine tools to transformable factories. A control analogy is …

Heterarchical FMS control architectures localize decisional capabilities in each entity,
resulting in highly reactive, low complexity control architectures. Unfortunately, these …

The utilization of Computer-aided Manufacturing has allowed for rapid growth in the
automotive and aerospace industries; however, effects of such advancements have not …

In the present competitive environment, manufacturing organisations have changed the
trend from mass production to mass customisation. Flexible manufacturing system (FMS) …

The continuing trend towards producing individualised products leads to process time
fluctuations, different process sequences and continuous integration planning in industrial …

Technological preparation of production is an integral stage of the production process,
which is characterized by high complexity, which is largely felt in the conditions of single and …

In today's manufacturing settings, a sudden increase in the customer demand may enforce
manufacturers to alter their manufacturing systems either by adding new resources or …