Перегляд за автором "Mischenko, A."

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  • Зображення мініатюри
    Публікація
    Internet of Things: A Practical Implementation based on a Wireless Sensor Network Approach
    (EWDTS, 2012) Mercaldi, Michele; D’Oria, Andrea; Murru, Davide; Liang, Hai-Ning; Man, Ka Lok; Lim, Eng Gee; Hahanov, V. I.; Mischenko, A.
    In this paper we present an introduction and an overview of the Internet of Things concept and its possible realization of an infrastructure based on a Wireless Sensor Network. Our proposed solution aims for memory and power consumption efficiency. Similarly, our proposed implementation is informed by (1) open technology standards; (2) accessibility and reachability; and (3) multi functionality and modularity. In addition, we place emphasis on the use of very low power devices and communication protocols. Internet of Things (IoT), a term first coined by Kevin Ashton in 1999 , is used to refer to uniquely identifiable objects (or more broadly things) and their virtual representations, similar to the network of websites in an internet. The idea is to have all things tagged and, if that were the case, they could be identified and inventoried by computers. If this could be implemented, it will transform drastically our way of life —waste will be reduced significantly; stores will not run out of stock; and stolen items could be easily located. A main component of IoT infrastructure is “smart objects” which are objects that hold a unique identifier. The identifier will allow the objects to be located, enable them to interact with their surrounding environment, and let them communicate with each other for data exchange and collaboration. Within the IoT paradigm, smartness is not only for objects but includes the nature of the networks that connect them. To build smart objects, we need sensors, actuators, radio-frequency identification (RFID) tags, etc. Applications of IoT include domotics, industrial application, nature and environmental monitoring. Even after more than a decade since it was first coined, the implementation of a system of IoT has yet to become a reality. In this paper we proposed a plausible implementation of an IoT system or infrastructure based on a wireless sensor network (WSN) approach. We propose hardware and software possibilities to support such an infrastructure.
  • Зображення мініатюри
    Публікація
    Spam Diagnosis Infrastructure for Individual Cyberspace
    (EWDTS, 2011) Hahanov, V. I.; Mischenko, A.; Chumachenko, S. V.; Hahanova, A. V.; Priymak, A.
    The theory, methods and the architecture of parallel information's analysis is presented by the form of analytical, graph and table forms of associative relations for the search, recognition, diagnosis of destructive components and the decision making in ndimensional vector cybernetic individual space. Vector -logical processes-models of actual oriented tasks are considered. They include the diagnostic of spam and the recovery of serviceability, the hardwaresoftware components of computer systems and the decision quality is estimated by the interactions of nonarithmetic metrics of Boolean vectors. The concept of self-development information of computer ecosystem is offered. It repeats the evolution of the functionality of the person. Original processes-models of associativelogical information analysis are represented on the basis of high-speed multiprocessor in n-dimensional vector discrete space. The problem of creating an effective infrastructure of cyberspace (Cyber Space), as well as selfdeveloping information and computing ecosystems (ICES) of the planet is particularly important for global companies, such as Kaspersky Laboratory, Google and Microsoft. Cyberspace as an object of nature is also susceptible to destructive components affecting the performance of subjects, which are computers, systems and networks. Therefore, now and in the future it remains as an important problem of space standardization and specialization of all the interacting entities, including the negative, as an integral part of the ecosystem. This action is permanent in time, whose purpose is to keep up, but one step ahead of the emergence of new malicious components, by creating an infrastructure cybernetic space, operating the computer ecosystem of the planet and the quality of each person's life.
  • Зображення мініатюри
    Публікація
    Testing and Diagnosis of Bad Messages in Individual Cyberspace
    (ХНУРЭ, 2012) Hahanov, V. I.; Chumachenko, S. V.; Mischenko, A.
    The theory, methods and the architecture of parallel information's analysis is presented by the form of analytical, graph and table forms of associative relations for the search, recognition, diagnosis of destructive components and the decision making in n-dimensional vector cybernetic individual space. Vector-logical processes-models of actual oriented tasks are considered. They include the testing and diagnosis of bad massages and the recovery of serviceability, the hardware-software components of computer systems and the decision quality is estimated by the interactions of non-arithmetic metrics of Boolean vectors. The concept of self-development information of computer ecosystem is offered. It repeats the evolution of the functionality of the person. Original processes-models of associative-logical information analysis are represented on the basis of high-speed multiprocessor in n-dimensional vector discrete space.