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Graphic Development Environment of Agent Low Level Language
Kürti, Szabolcs ; Zbořil, František (referee) ; Horáček, Jan (advisor)
The aim of this work is to design and implement a graphic development environment of agent language ALLL. Language ALLL going to be described in details, such as the ANTLR framework for generating language recognition tools. Theoretical basis of multi-agent systems, together with the features of the selected platform, will be discussed as well. Description of the implementation is followed by the presentation of testing. Closure deals with the discussion of the achieved results.
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Communication node Localization Techniques in Wireless Sensor Networks
Pekárek, Jan ; Kubánková, Anna (referee) ; Šimek, Milan (advisor)
The bachelor´s thesis describes wireless sensor networks and communication protocols. Below this thesis contains basic algorithms for localization techniques communication nodes in wireless sensor networks. These basic algorithms are classified by methods. The bachelor´s thesis values algorithms by their advantages or disadvantages for usage in the suggested localization algorithm. In this thesis is solved a new simulating programme J-SIM, peruse separate package that are useful in the wireles sensor networks. In J-SIM is created a sensor network and models separate communication nodes. Models communication nodes are created separately for sensor nodes and target nodes. For localization algorithm is created program in the programming language Java which run results from simulating programme J-SIM. Programme J-SIM, simulation created by virtue of Tcl script and final programme are applied to CD.
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Usage of Intelligent Agents in Wireless Sensor Networks
Žídek, Petr ; Janoušek, Vladimír (referee) ; Zbořil, František (advisor)
This thesis is focused on wireless sensor networks and implementation tools for creation and simulation of applications. It describes WSnageNt project, which is intended to support agents in wireless sensor networks. The main objective of this thesis is to extend the WSageNt project with new features that will allow to create agents with more capabilities. These features will be then used to extend the WSageNt project with network node movement tracking capability.
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Agent Platform for Wireless Sensor Networks
Lichý, Stanislav ; Zbořil, František (referee) ; Horáček, Jan (advisor)
The aim of this thesis is to implement the agent platform for SunSpot sensor nodes. Reader is firstly presented with introduction to wireless sensor networks and the SunSpot sensor nodes. The thesis then describes the terms agent, agent platform and BDI agent. Then the description of ALLL language and related agent platform called WSageNt is presented. The rest of thesis deals with the concept and implementation of compatible agent plaform for SunSpot sensor nodes. The final part discusses results of work, compatibility with WSageNt platform and possible extensions.
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Language of Higher Level of Abstraction for Programming Mobile Intelligent Agents
Kalmár, Róbert ; Horáček, Jan (referee) ; Zbořil, František (advisor)
The aim of this work is to design a language of higher level of abstraction for programming mobile intelligent agents and implement a compiler for this language. There will also be presented the ANTLR tool for generating syntax and lexical analyzers. The reader will become familiar with theoretical and practical aspects of implementation of the compiler and also with programming in this language. There will be shown the environment for programming in this language and some examples of agent codes at the end.
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ZigBee Protocol for Wireless Sensor Networks
Bartek, Lukáš ; Nagy, Jan (referee) ; Zbořil, František (advisor)
The aim of this work is to analyze ZigBee standard - its characteristic, potential use and testing its implementation in simulators. This work is consists of four sections. The first section analyses the structure of IEEE 802.15.4 and ZigBee protocol stack means of communications, security and development of this standard. The second section describes features of available simulators. The third section is the manual for creating simulation environment in the selected simulator. The final section shows practical preparation, process and result interpretation. The goal of this project is evaluation of tested simulator for education and development.
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Application Development for Wireless Sensor Networks Using TOSSIM
Žídek, Petr ; Samek, Jan (referee) ; Zbořil, František (advisor)
This bachelors thesis is focused on wireless sensor networks implementation tools based on programming language NesC solution specific operation system TinyOS. It describes, simulates and implements two crutial net protocols Dissemination and Collection in detail. Last but not least it delinates method how to practically install applications into MicaZ nodes with support of TinyOS.
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Boundary Nodes Detection in Wireless Sensor Networks
Bocek, Jan ; Vajsar, Pavel (referee) ; Šimek, Milan (advisor)
Theoretical part of thesis describes several known algorithms and new approaches for the bourder node detection in a wireless sensor networks. The new algorithm BRB was inspired by failures of previous algorithms and its major supporting idea is select several neighboring points (B, C). Approach algorithm BRB is a decentralized detection of nodes located at the perimeter. The practical part compares several algorithm with the new BRB algorithm. Quantity of successful and false detection of boundary nodes was evaluated in ideal and real environment.The simulation results shown, that the proposed algorithm is effective solution for accurate border node detection in wireless sensor networks.
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Simulators for Wireless Sensor Networks
Capalini, Richard ; Nagy, Jan (referee) ; Zbořil, František (advisor)
Wireless sensor networks (WSN) were designed for purpose of monitoring physical phenomenons and controlling processes by sensors placed in nodes. There are three basic principles: detection of event (phenomenon), data capture and data processing in node. Afterwards data are transmitted to interested node. WSN typically consists of huge number of thousands nodes and one base station. Nodes cooperatively disseminate data towards a base station, which saved them to memory and provide access to users for example over Internet. This work report a comprehensive view of wireless sensor networks and routing tasks in sensor field. Practical part of work is aimed at simulation of choosen routing protocols placed in suitable models.
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