Search for dissertations about: "cross-layer design"
Showing result 1 - 5 of 15 swedish dissertations containing the words cross-layer design.
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1. Cross-Layer Energy-Efficient Mobile Network Design
Abstract : To assure the sustainable development of mobile networks, it is crucial to improve their energy efficiency. This thesis is devoted to the design of energy-efficient mobile networks. A cross-layer design approach is adopted. READ MORE
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2. On Cross-Layer Design and Resource Scheduling in Wireless Networks
Abstract : Wireless technology has revolutionized the world of communications, enabling ubiquitous connectivity and leading every year to several new applications and services embraced by billions of users. To meet the increasing demand for high data-rate wireless services, standardization bodies and vendors released a new generation of standard-based devices capable to offer wide area high-speed and high-quality wireless coverage. READ MORE
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3. Efficient Coding Techniques for Networks & Channels with Transmission Errors
Abstract : This thesis consists of two parts, both of whichinvestigate coding techniques for information transmission throughchannels in the presence of errors. Part I discusses topics ofnetwork coding and rateless codes. Part~II considers channel codesfor continuous phase modulation. These two parts are clearlydifferent, but they are also related. READ MORE
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4. Protocol Design for Control Applications using Wireless Sensor Networks
Abstract : Given the potential benefits offered by wireless sensor networks(WSNs), they are becoming an appealing technology for process,manufacturing, and industrial control applications. In thisthesis, we propose a novel approach to WSN protocol design forcontrol applications. READ MORE
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5. Modeling and Design of Wireless Protocols for Networked Control Applications
Abstract : Wireless networking offers great potentials for the development of new applications in real-time monitoring and control. However, current design processes do not simultaneously consider energy efficiency, system requirements, and standards compatibility. READ MORE