George K. Adam

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This paper describes an innovative combined methodology of quantitative and qualitative techniques applied in the manufacturing of an industrial mobile press machine for building elements production. In particular, at the design stage of the press machine, structural calculations are carried out and implemented using AutoCAD®, in conjunction with MATLAB®(More)
Today, the use of computer-based systems for industrial process control is growing rapidly. The growing demand for efficient performance and flexibility in industrial systems makes control algorithm design an increasingly complex process. In this research work we address the problem of determining and establishing the most effective control of linear and(More)
This paper presents innovative manufacturing and control procedures applied in the design, construction and operation, of a mobile hydraulic press machine (RoboPress). The research demonstrates how the design of an automated mobile manufacturing system can be optimized through using qualitative modeling and simulation from artificial intelligence.
The development of real-time control systems requires effective hardware and software systems and design tools. This paper presents the design and implementation of a microprocessor-based embedded control system for a lime slurry delivery machine, intended for lime production plants. The main goal in this approach was to ensure high performance, as provided(More)
Mobile embedded systems belong among the typical applications of the distributed systems control in real time. An example of a mobile control system is the hydrogen powered prototype car control system. The proposal and realization of such distributed control system represents a demanding and complex task of real time control for track optimizing with(More)