The scientific paper: New Concepts and Solutions of Micro-Nano-Mecahtronics and Micro-Nano Integronics focuses on a new systemic and synergistic view of the scientific knowledge and discoveries in the high-tech field implemented in micro-nano-processing micro-nano-engineering, micronano-technologies and high competitive and high added-value micro-nano-products. The essential results of the scientific paper are materialized into the conceiving and realization of mechatronic and integronic products and systems with applicability and flexibility in intelligent fabrication systems and in measuring, verification and control products
The scientific paper treats in original concept "inteligent integrative micro-nano-robotics" with the structure, principles and its special applications. In the context of the paper are presented the concepts of micro-nano robotic systems and new possibilities in micro-nano special applications processing and micro-nano technologies for layer on layer asssembly, with monitoring of structures topography on atomic force microscope, are presented also the concepts of measuring systems and digital control including the schemes for signal command and control for DAQ interface. The aim of this scientific paper is to develop new special applications in intelligent integrative micro-nano robotics domain, and in diagnosis medicine and treatment with experimentation / testing in situ.
The paper presents hard and software architecture of adaptonics in intelligent measurement engineering and in mechatronics and integronics systems for integrated automatic control, through cooperation between several scientific and technical disciplines, to meet growing and changing demands about modern systems and new products simultaneously improved with the lowest development time and with a higher flexibility and more efficient.
The paper treats new concept of adaptronics for the future of advanced engineering and intelligent automation, by bringing news and discoveries in the field of basic and applied science of mechatronics and integronics and as development vector of know-how in high-tech advanced domain by adapting scientific, complex, structural, functional and decisional of structures, products and systems, to change the operating mode of environment requirements, to control in active mode the vibration, the noise and the deformation, to recover energy from mechanics and inertial vibrating systems and to influence and monitories all structures of any kind.
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