| The Internet of Things is not only the product of technology and logic. It is understood as a deep dialogue and two-way information and object translation mechanism. It effectively solves the problem of the virtual nature of information communication between subjects. In the modern human history, IOT process has become more direct practical topics and more conscious social development options, the internal mechanism to explain IOT through the perspective of information theory, to interpret the evolution of the law of the Internet of Thing through the medium’s concept of change, to analyze the cognitive logic of the Internet of Things through metaphysical thinking, to ground the networking contact and relation reality of nature and human society on a more profound theoretical basis. Those are important propositions with good social and historical value and practical significance that social science and humanity technology is bound to face.The advantage of IOT in information dissemination released its media value. Networking penetration of information resources and information transfer polymerization force laid a solid basis for their influence spread, and naturally gave birth to the profound changes in the spread morphology. Based on "man-machine-matter" main categories corresponding to{user space domain, the domain information space, physical space domain} ternary system architecture of the next networking environment, and run through the{control flow, data flow, perception dynamic flow} interactive mode, aiming at the information dissemination process ternary dynamic spatial domain, we proposed exchanges of form of IOT in the world, with emphasis on how to achieve the wise spread of IOT through the interaction between multi-bodies with a heterogeneous entity of physical environment, dynamic interactive information space, and IOT environment with complicated user demand at the same time.Science is a creative enterprise, as well as an interpretive career."Spread" is the process of understanding and interpretation of the significance of the subject made to their environment, meaning it is the process of creation and development. Research on the "spread" is inseparable from the issue of basic technology attributes, and also inseparable from the digging of the practice functions and the extending of the cognitive domain boundaries. Through exploration of the propagation characteristics of the main pan, pan-media, pan-level and so on, this paper ultimately demonstrates world communication form drawn IOT "pan spread" theoretical model of the future. This conclusion is based on the mechanism modeling problems, and cognitive restructuring mechanism deduction order drilled down through the spread of motivation, communication and dissemination of the law, and tends to build and explore and solve the corresponding six mathematical models. So far, the entire course of the study achieved the following series of innovations:1. Proposed logical framework and mechanism model of spatial domain of IOT, and solved the problem of "Why can spread," that is the problem of spread motivation, through the analysis of multi-agent interaction mechanisms.(1) IOT spatial domain forming system:constructed a three-dimensional system of IOT spatial domain based on Bourdieu’s "field" configuration, which characterizes the "human" dimension of the user spatial domain, the "machine" dimension of the information spatial domain, and the "objects" dimension of the physical spatial domain, thus forming a ternary system form on the spatial domain triple feedback loop, and in-depth analysis of the relationship between the three main logic affair; performed the functions of the body interaction to construct a three-dimensional space based on the "information goods dimension" of the physical spatial domain,"independent network dimension" of the information spatial domain and the "intelligent application dimension" of the user spatial domain, showing the results of the interaction of physical and information domains---"Items networking", the results of the interaction with the user domain information---"intelligent networking", and the results of the user interaction with the physical domain---"smart objects". The overlapping part of the three things is the core of the public IOT. Thus this realizes a three-dimensional process integration.(2) Running architecture of IOT spatial domain:established {man, machine, object} multi-body interaction framework according to the basic definition of "interactive" and its application scenarios using Multi-Agent simulation method, designed to interact with the channel interaction protocol and interface and morpheme interactive space mission architecture and simulation; described the user model and the object model based on Multi-Agent form, enabling the construction of multi-agent simulation of the interaction space; according to Donald· Norman behavioral interaction model, added a "flow control" and form "perception stream" description based on the information and data flow, conducted a hierarchical breakdown of Multi-Agent by function, summed up the basic properties of the body and the interaction and drew a timing diagram logic structure of multi-agent interaction, described an adaptive process of multi-agent interaction rules using procedure algorithm, enabling the construction of multi-agent simulation of the interaction behavior.(3) the IOT spatial domain mechanism model:depicted the physical spatial domain perception curve model according to the "perception" definition, and built a "state-perception-information" interaction mechanism model with the assumption of complete information and "state" based on characterization, demonstrated the information and changes in body perception reaction under the influence of the state of affairs produced by the driver, reveals the physical space domain subject to multiple interactive information space domain realization mechanism; definition of "demand" basis depicts the spatial domain user demand curve model, and assuming complete information and "cognitive" characterization based on constructed "information-demand-cognition" interaction mechanism model is demonstrated in the body affect the demand driven by the IOT information cognitive changes produced by the reaction and reveals the spatial domain information subject to multi-user interactive spatial domain realization mechanism; Finally, a more macro perspective on basis of information overlap launched a complete chain interaction system.2. Achieved performance analytic algorithms and deduction of IOT spatial domain, and solved the problem of "how to spread", which is the problem of the propagation, through the derivation of the microscopic dynamics process.(1) IOT spatial dynamics analysis (propagation mechanism):defined microscopic dynamics variables of IOT information dissemination process and their corresponding impact on the spread of behavior, and established information dissemination microscopic dynamics model based on damping vibration equation, according to the microscopic theory of dynamical models and logical thinking, using complex adaptive systems research methods, based on multi-agent information exchange on the micro-simulation scenario, according to interactive features of perception and adaptation of information dissemination of the networking environment, using social physics assumptions and referring to vibration transmission concepts; simulated the dynamics relationship between the microscopic individual spread behavior and the macroscopic overall mechanism operation combining Multi-Agent simulation technology and Netlogo simulation platform; verified the rationality of the model through a large number of numerical simulations, and analyzed nonlinear evolution of information and communication systems based on simulated experimental results and put forward relevant policy recommendations.(2) IOT spatial stability analysis (evolution mechanism):IOT ternary proposed spatial propagation dynamics model to quantitatively characterize the occurrence and development of ternary cyberspace communication behavior and the resulting formation phylogenetic status. Through theoretical analysis and algorithm analysis to prove the asymptotic stability characteristics of the propagation kinetics of IOT ternary spatial domain, and further disseminate decisions derived probability distribution structure in cyberspace. The number of nodes in the dissemination of network performance ratio is an important indicator of the evaluation, but also an important basis to guide and control the spread of the process, its evolution and application of the law is more a measure of pre-feasibility engineering judgment provides a theoretical reference. Finally, based on the spread of IOT simulation environments for study analyzed the dynamics of asymptotically stable propagation characteristics, the experimental results in line with expectations, to verify the reasonableness of the decision-making model of propagation.(3) IOT coordination of spatial resolution (adaptation mechanism):put forward a multi-agent adaptive control things from the ternary spatial mathematical abstraction level algorithms using Lyapunov stability analysis method based on functional analysis in order to establish synergies between adaptation mechanism based on ternary body dynamics system for multi-domain fusion of IOT shared technology concept provides a fundamental premise, but also for the application of the feasibility of the system of IOT in the field of engineering practice to provide a theoretical basis. Through theoretical analysis and algorithm analysis, we found that the system of IOT any more than the existence of the main adaptation steady inevitability, thus forming a ternary main criterion feasibility adaptation mechanism to build a state in the application scenario, which proved by constructing Lyapunov vector function and use LaSalle invariance principle method for solving the rationality of IOT more than triple the space domain main adaptation mechanism.(4) Superiority analysis of IOT spatial domain (decision-making mechanism): In multi-agent communication behaviors IOT adaptation mechanisms and encoding and decoding principle of qualitative analysis and interpretation, based on the reference scenario examples of IOT the system, use triangular fuzzy multiple attribute decision making method for multi-agent communication behavior of IOT empirical research, based on fuzzy comprehensive evaluation completed IOT dissemination architecture quantitative evaluation and performance testing. Qualitative analysis of IOT advantage in the aggregation and transmission of information resources laid a cross-border basis in reality its mode of transmission, and our interpretation of the theory of propagation mechanisms through codec quantitative analysis and dissemination of performance evaluation fuzzy number decision combining research ideas, through Empirical system to solve all aspects of decision-spread dissemination of performance evaluation index weight sorting, which draw IOT together dissemination system demonstrated significant performance advantages in the dissemination and meet expected results.3. Reveals the cognitive state of evolution and construction of IOT like spatial domain, by the spread of the future shape of the pan-proof solution to the "What is the result of the spread," that tends to spread the problem.(1) From the Evangelist discusses the, level of "subject matter associated with the symbiotic interaction", highlighting the exchange of intelligence and wisdom throughout the active function and expression of human subjectivity intended functions through the physical world, the realization of the main IOT in the spatial domain construction, draw a "pan-body communication" configuration;(2) The level from the media discusses the "inter-subjectivity construction and remodeling," break through my view of IOT with a single vision to create a common world of self and otherness interact survive and give it constructive sense, to achieve a IOT between the spatial domain of construction, come to a "pan-media communication" configuration; (3) from the level of communication discusses the "close and narrative interpretation of life" through accurate identification and thorough human perception inspired subtle sensibility open to the living world and appreciate the finer achieve a narrative construct the spatial domain of IOT, come to the "pan-spread perception" configuration;(4) dissemination of spatial dimensions discussed from the "natural order of the expansion and reconciliation," humanized nature through technology expansion and native natural blend of reconciliation and positive impact for larger living environment, to achieve a spatial domain of IOT order to construct, draw a "pan-level communication" configuration;(5) the level of discourse from the propagation time of the "cognitive evolution of reality and vision", historical practice themes and social development through human selection and new thinking for the process of IOT Past cognitive social history to achieve the IOT space cognitive domains of construction, come to "limit the spread of pan-domain" configuration.Finally, in the infinite link aggregation unlimited, unlimited interactive technology trends among the above-mentioned construction process will eventually converge to form the Future "pan spread" IOT together form the world’s exchanges configuration. According to the propagation characteristics of each construct attributed to the formation of the elements of "pan spread" theoretical model is the dissemination of, ideas of IOT to further deepen and interpretation of the interaction of the model cluster ring normalized, depth of panorama technology, which lasted of the propagation characteristics, is both Part one "spread motivation" reasonable explanation, but also on the part of "propagation of the perfect second presentation, an effective solution to the human society and the natural world exchanges longstanding practice of one-way information dissemination, communication, by power differences, the surface of reality perception, physical space limitations, the time behavior of perishable and other issues, has a good theoretical and practical significance. |
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