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Advanced trajectory management techniques for model station in the OPNET Modeler environmen
Ludvíček, Pavel ; Mácha, Tomáš (referee) ; Vajsar, Pavel (advisor)
The aim of this work is to study and theoretically process existing movement options of station in OPNET Modeler environment. These options are described in first part. Furthermore to design and implement function to display path obtained from real-world conditions and done to station following this route during simulation. Coordinates used to move station are obtained by GPX format, which is used to store clearly the GPS coordinates. Second part is devoted to describing creation of this function, first using PHP script, then direct implementation into OPNET Modeler environment using C++.
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Influence of Traffic Management Parameters Settings on Efficiency of DiffServ Technology
Ludvíček, Pavel ; Skořepa, Michal (referee) ; Hošek, Jiří (advisor)
Main purpose of this bachelor thesis is to understand concepts of Quality of Services system in IP networks with main focus on DiffServ technology and packet classification on boundary routers. DiffServ domain model will be created using OPNET Modeler simulation software. Various scenarios will be created to determine level of influence of individual parameters in DiffServ mechanism to selected network transfer characteristics. Particular mechanisms of packet management will be set as well as various types of queues used in DiffServ technology. Each setting will be tested using simulation in OPNET Modeler and compared using graphs.
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Influence of Traffic Management Parameters Settings on Efficiency of DiffServ Technology
Ludvíček, Pavel ; Skořepa, Michal (referee) ; Hošek, Jiří (advisor)
Main purpose of this bachelor thesis is to understand concepts of Quality of Services system in IP networks with main focus on DiffServ technology and packet classification on boundary routers. DiffServ domain model will be created using OPNET Modeler simulation software. Various scenarios will be created to determine level of influence of individual parameters in DiffServ mechanism to selected network transfer characteristics. Particular mechanisms of packet management will be set as well as various types of queues used in DiffServ technology. Each setting will be tested using simulation in OPNET Modeler and compared using graphs.
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Advanced trajectory management techniques for model station in the OPNET Modeler environmen
Ludvíček, Pavel ; Mácha, Tomáš (referee) ; Vajsar, Pavel (advisor)
The aim of this work is to study and theoretically process existing movement options of station in OPNET Modeler environment. These options are described in first part. Furthermore to design and implement function to display path obtained from real-world conditions and done to station following this route during simulation. Coordinates used to move station are obtained by GPX format, which is used to store clearly the GPS coordinates. Second part is devoted to describing creation of this function, first using PHP script, then direct implementation into OPNET Modeler environment using C++.
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