Search for dissertations about: "mobile element"
Showing result 1 - 5 of 45 swedish dissertations containing the words mobile element.
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1. Secure Mobile Service-Oriented Architecture
Abstract : Mobile transactions have been in development for around ten years. More and more initiatives and efforts are invested in this area resulting in dramatic and rapid development and deployment of mobile technologies and applications. READ MORE
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2. Mobile Satellite Broadcast and Multichannel Communications : analysis and design
Abstract : In this thesis, analytical analysis and design techniques for wireless communications with diversity are studied. The impact of impairments such as correlated fading is analyzed using statistical models. Countermeasures designed to overcome, or even exploit, such effects are proposed and examined. READ MORE
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3. Integrated Security Platform for Mobile Applications
Abstract : This report describes our concept, design and current implementation of theIntegrated Security Platform for mobile applications.The increasing use of mobile applications is the trend of mobile communicationtechnology. Under initiatives of ISO, ETSI, GSMA and other standardization bodies,mobile applications play more and more important role. READ MORE
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4. Embedded Element Patterns in Combination with Circuit Simulations for Multi-Port Antenna Analysis
Abstract : This thesis is a result from work on two different subjects, electromagnetic simulations of reverberation chambers and a methodology for the analysis of multi-port antennas. The subjects can be linked together by their contribution to knowledge in electromagnetic simulations and characterization of antennas. READ MORE
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5. Constitutive models based on dislocation density : formulation and implementation into finite element codes
Abstract : Correct description of the material behaviour is an extra challenge in simulation of the materials processing and manufacturing processes such as metal forming. Material models must account for varying strain, strain rate and temperature, and changing microstructure. READ MORE