STRATEGIC MANAGEMENT OF ADAPTIVE, DISTRIBUTED, DEVELOPMENT OF A MECHATRONIC PRODUCT

摘要

The manufacturing industries are forced to sustain with increased demand of competition and customized services that are adding value to the products. Embedded systems designers have adapted the web browser as a standard user interlace technology for network-attached devices. This ubiquity has made possible a revolution in module management, improving the time to market and cost of sophisticated network interfaces for devices. In increment, they are innovative to be last and preferred than the earlier ones. A unified framework for discrete-time efficiency of continuous nonlinear systems, based on neural network model, has not been built for the purpose of product development (PD) process. Therefore, it is necessary to build a tool system for adaptive integration in product development. A complex systems concept envelops unity and integration. This organizes otherwise the mystifying properties of diverse complex systems through the use of dynamic simulations. Obviously, the product development with tools and skills is a complex system, which needs adaptive interpretations. This is, due to nonlinear activities. Therefore, the complex system is further re-engineered as modules. It is rather modeled to fit the man-machine interfaces. This is done through a black box approach. This black box is able to handle the dynamic feedbacks from the complex system trajectory. This, in turn, enhances the agent-network and identifies the goal for achievement. In this article we introduce a concept of adaptive, distributed, product development of mechatronic product.