Lithium Diffusion and Diffraction

In the current contribution the application of bond valence method for the prediction (and diffraction-based techniques for the evalution) of ion diffusion pathways in different materials for electrochemical energy conversion and storage will be presented and discussed

Анализ эффективности гетерогенных видеоинформационных систем на основе критерия доминирования

The approaches to the evaluation of the efficiency of the functioning of heterogeneous video information systems are considered. It is shown that the hierarchy model as a quantitative description of the structural and functional organization can serve as a means of analyzing information flows and system efficiency in terms of graph theory. The criterion of dominance for the evaluation of the efficiency of heterogeneous video information systems is analytically presented. It is shown that in the loaded graph of a heterogeneous system the weights of individual nodes represent the efficiency of this node, and with its increase the degree of influence (dominance) of this node on the remaining nodes of the system and on the system as a whole grows, and conversely, with a decrease in the weight of the node it rises its dependence on other nodes. The influence of the length of interstitial paths on the efficiency of the system is taken into account, taking into account the partial loss of information during its propagation through the graph. Numerical calculations of the efficiency of systems based on the dominance criterion are given, the results of which confirm the indicated theoretical positions.Рассмотрены подходы к оценке эффективности функционирования гетерогенных видеоинформационных систем. Показано, что модель иерархии как количественное описание структурнофункциональной организации может служить средством анализа информационных потоков и эффективности системы в терминах теории графов. Аналитически представлен критерий доминирования для оценки эффективности гетерогенных видеоинформационных систем. Показано, что в нагруженном графе гетерогенной системы веса отдельных узлов представляют эффективность этого узла, причем с его увеличением растет степень влияния (доминирования) данного узла на остальные узлы системы и на систему в целом, и обратно, со снижением веса узла повышается его зависимость от других узлов. Рассмотрено влияние длины межузловых путей на эффективность системы с учетом частичной потери информации при ее распространении по графу. Приведены численные расчеты эффективности систем на основе критерия доминирования, результаты которых подтверждают указанные теоретические положения

Информационные модели телевизионной системы

Primary and secondary information model of the object, information about which is transmitted to the user and conversioned by them are reviewed. Formal description of information models is presented. For a simple mutually-orthogonal conversion the correct detection probability of image of the object represented by the secondary information model are defined.Рассмотрены первичные и вторичные информационные модели объекта, информация о котором передается к потребителю и воспринимается им. Приведено формальное описание информационных моделей. Для простых взаимно ортогональных отображений определена вероятность правильного обнаружения изображения объекта, представленного во вторичной информационной модели

Analysis of the Effectiveness of Heterogeneous Video Information Systems on the Basis of the Dominance Criterion

The approaches to the evaluation of the efficiency of the functioning of heterogeneous video information systems are considered. It is shown that the hierarchy model as a quantitative description of the structural and functional organization can serve as a means of analyzing information flows and system efficiency in terms of graph theory. The criterion of dominance for the evaluation of the efficiency of heterogeneous video information systems is analytically presented. It is shown that in the loaded graph of a heterogeneous system the weights of individual nodes represent the efficiency of this node, and with its increase the degree of influence (dominance) of this node on the remaining nodes of the system and on the system as a whole grows, and conversely, with a decrease in the weight of the node it rises its dependence on other nodes. The influence of the length of interstitial paths on the efficiency of the system is taken into account, taking into account the partial loss of information during its propagation through the graph. Numerical calculations of the efficiency of systems based on the dominance criterion are given, the results of which confirm the indicated theoretical positions

Lithium Diffusion and Diffraction

In the current contribution the application of bond valence method for the prediction (and diffraction-based techniques for the evalution) of ion diffusion pathways in different materials for electrochemical energy conversion and storage will be presented and discussed

Cost Functions for Optimizing Highway Alignments

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