文件名称：Cyber+Physical+Computing+for+IoT-driven+Services-Springer(2018).pdf
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IoT 物联网
In this book, the basic definitions, models, methods, and algorithms for cyber physical computing, as the entity of the new Internet of Things (IoT) cyberculture of monitoring and management of virtual and physical processes and phenomena, are proposed. A metric for the measurement of processes and phenomena in cyberspace, and also the architecture of logic associative computing for decision making and big data analysis, are offered. An innovative theory and practice for design, testing, simulation, and diagnosis of digital systems, based on leverage of qubit coverage to describe the functional components and structures, are represented. Examples of cyber physical systems for digital monitoring and cloud management of social objects and transport are proposed. An automaton model of cosmological computing is shown. It explains the cyclical and harmonious devel- opment of material and energy essence, and also a space–time form of the universe. The substance is the creation of the theory of actuative metrical human-free cloud management of virtual, physical, and social processes and phenomena based on comprehensive big data and sensor cyber physical digital monitoring to improve human quality of life and help preserve the ecology of the planet. Why is human-free management important? The human is arguably the peak of planetary evolution, but at the same time, he is the weakest link in the planet’s ecosystem: (1) he cannot optimally manage himself, so he should not be admitted to the management of enterprises, technology, and nature; (2) a human is the most vulnerable biological subject and needs constant protection from the external aggressive environment; (3) a human operator is the most unreliable link in the human–machine system and is the cause of 75% of errors leading to accidents and disasters; (4) a human governor is not able to take socially objective solutions to improve the quality of life and preserve the environment, so wars, social upheavals, revolutions, and riots happen; (5) a human official might enact inhumane laws via a democratic majority, often ignorant or incompetent in specific management issues—therefore, democracy and conformism are the antipodes of science and education; (6) a human figurehead might create for himself an immoral, corrupt relationship system, permitting redistribution of material and time resources for the v vi Preface benefit of his entourage; and (7) a human controller is not able to objectively and metrically evaluate the social significance of each individual work. Theoretically, removing the person from the cycle of monitoring and manage- ment means replacing him in this matter by an all-seeing, objective, and fair system, in the aid of which incorruptible cloud computing and cyber physical, scientifically based, and practically verified services are created. Replacing a human manager with computing frees up dollars and human resources to address pressing issues of quality of life and the environment. Computing reliability and accuracy can help avoid social cataclysms and can help to avoid man-made disasters, wars, and accidents. The goal is to help ensure the morality of social relationships, quality of life, and preservation of the planet’s ecology through the creation of the theory of active metrical human-free cloud management of virtual, physical, and social processes and phenomena based on comprehensive big data and sensor cyber physical digital monitoring. The object of this research is to make virtual, physical, technological, biological, and social processes and phenomena subject to active moral cloud management on the basis of comprehensive cyber physical monitoring. The essence of this research is an automaton theory of computing for metrical human-free moral cloud management of virtual, physical, and social processes and phenomena based on cyber physical digital monitoring. Computing is a technological branch of knowledge focused on the theory and practice of exact metrical computer management of virtual, physical, and social processes and phenomena based on exhaustive big data and sensor-driven digital monitoring. Cyber physical computing is the theory and practice of cloud calculating, with actuative metrical management of virtual, physical, and social processes and phenomena based on exhaustive big data and sensor-driven digital monitoring. The Internet of Things is a global, scalable, technological platform structures or cyberculture of actuative metrical moral cloud computing management of virtual, physical, and social processes and phenomena based on exhaustive big data and sensor-driven digital monitoring to help ensure quality of life and preserve the planet’s ecology. IoT-driven service is an economically optimal way to meet market needs in the cloud with actuative metrical management of virtual, physical, and social processes and phenomena based on exhaustive big data and sensor-driven digital monitoring to help ensure quality of life and preserve the planet’s ecology. Cyberculture is the development level of social and technological moral rela- tions between society, the physical world, and cyberspace, determined by the implementation of Internet services for precise digital monitoring and reliable metrical management in all processes and areas of human activity, including education, science, life, production, and transport, in order to improve quality of life and help preserve the planet’s ecosystems. Cyberculture is a moral metric of computing excellence to achieve social significance and recognition.