DECISION-MAKING IN GROUPS OF INTERVAL ALTERNATIVES

Alberto Arteta, Spain, Luis De Mingo, Spain, Juan Castellanos, Spain, Vitaliy Lozovskiy, Koen Vanhoof, Vladimir Donchenko, Krassimira Ivanova, Bulgaria, Vladimir Jotsov (+8 others)
2016 International Journal "Information Theories and Applications   unpublished
International Journal "INFORMATION THEORIES & APPLICATIONS" (IJ ITA) is official publisher of the scientific papers of the members of the ITHEA International Scientific Society IJ ITA welcomes scientific papers connected with any information theory or its application. IJ ITA rules for preparing the manuscripts are compulsory. The rules for the papers for IJ ITA are given on www.ithea.org. Responsibility for papers published in IJ ITA belongs to authors. International Journal "Information
more » ... s and Applications", Vol. 23, Number 4, © 2016 304 of average estimates is suggested to use at this stage. Using of the collective risk estimating techniques with isolating of a small number of alternatives as acceptable by the indicator of preference, as well as having the lowest risk of wrong estimates, is recommended at the following stage and methods of "mean -risk " approach at the final stage. Abstract: The problem of mapping a concurrent control algorithm onto a program structure for Programmable Logic Controller is discussed. The systematic method to derive Ladder Diagram programs from a parallel automaton that is a functional model of logic control device is presented. The mapping process is decomposed into a sequence of optimizing transformations of mathematical models of a parallel control algorithm specified in a formal language PRALU. The suggested procedures of optimizing the mathematical models are based on providing the proper control for a specific object under the control, i.e. within the restricted domain. Abstract: A problem of multi-agent description of a complex object is under consideration. It is supposed that an object may be described in the terms of its parts properties and relations between these parts. But every agent has only a part of the object description and does not know the true names of elements and gives them names arbitrary. An algorithm solving the posed problem is described and the upper bound of its steps is proved. Keywords: multi-agent description of an object, predicate calculus, partial deduction, computational complexity of an algorithm. Abstract: Interaction in the Smart City projects is considered in the paper. The essence of the concept of Smart Cities is revealed. Difficulties which are associated with the implementation of the Smart City projects are showed. The importance of interaction of all stakeholders is underlined. Background of the conception of smart cities is analyzed. The features of smart devices, smart home, and smart urban quarter are briefly discussed. Basic conditions that need to implement the conception of performance are determined. The key stakeholders of the Smart City projects are identified. The basic level of interaction in smart city projects is singled out. It refers to the planning level, the level of the project realization, the level of project teams, and the level of the executors. The specific features of interaction at every level are analyzed. Forming project teams as one of the most important tasks of interaction is defined. The non-forceful interaction theory for solve this problem is used. From the position of the theory, the importance of planning of information flow in the project team is grounded. Using the principle of Minimax for distribution of information flows is suggested. Some other features of distributed project teams are presented. Difficulties of separating project management from operating activities in the Smart City projects are displayed. Mechanisms of interaction in the Smart City projects, using decision support systems, are outlined. Some ways for refining the Smart City projects management are proposed. Abstract: A sensor is a device that detects events or changes in quantities and provides a corresponding output, generally as an electrical or optical signal. The sensor has to do the following tasks: Give a digital signal, be able to communicate the signal, be able to execute logical functions and instructions. Sensors are used in everyday and they are in everywhere in our life. The objective of "new innovation Method to Secure communication for Wireless Sensor Networks" is to provide a collection of high-quality research papers in signal processing for Computer sensor systems and Computer Sensor Networks. This innovation Method motivated by the idea of developing the high effective sensory systems for monitoring of environmental pollution.
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