Search for dissertations about: "physical layer network coding"
Showing result 1 - 5 of 7 swedish dissertations containing the words physical layer network coding.
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1. Communication With Reconstruction and Privacy Constraints
Abstract : Communication networks are an integral part of the Internet of Things (IoT) era. They enable endless opportunities for connectivity in a wide range of applications, leading to advances in efficiency of day-to-day life. While creating opportunities, they also incur several new challenges. READ MORE
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2. Performance Guarantees for Physical Layer Authentication in Mission-Critical Communications
Abstract : As the application areas for wireless communications are expanding, we also see new security vulnerabilities arise due to the open nature of the wire- less medium. One particularly challenging problem is how to guarantee the security of emerging mission-critical communications, e.g. READ MORE
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3. Coding, Computing, and Communication in Distributed Storage Systems
Abstract : Conventional studies in communication networks mostly focus on securely and reliably transmitting data from a source node (or multiple source nodes) to multiple destinations. A more general problem appears when the destination nodes are interested in obtaining functions of the data available in distributed source nodes. READ MORE
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4. Physical layer optimization for transportation of scalable media over AWGN channels
Abstract : This thesis presents research results on how the physical layer can aid in the delivery of scalable media. The thesis focuses on wireless links (point-to-point and broadcast) due to their lower capacity. READ MORE
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5. Design, Implementation and Validation of Resource-Aware and Resilient Wireless Networked Control Systems
Abstract : Networked control over wireless networks is of growing importance in many application domains such as industrial control, building automation and transportation systems. Wide deployment however, requires systematic design tools to enable efficient resource usage while guaranteeing close-loop control performance. READ MORE