Search for dissertations about: "synchronization in digital communication"
Showing result 1 - 5 of 14 swedish dissertations containing the words synchronization in digital communication.
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1. Frequency Transfer Techniques and Applications in Fiber Optic Communication Systems
Abstract : Modern society is dependent on communications and the developments of these increases constantly through a seemingly endless demand for communication services and thereby synchronization and time. This is confirmed by a vast range of research on communications, irrespective of technology and protocol. READ MORE
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2. Millimeter-wave Communication and Radar Sensing — Opportunities, Challenges, and Solutions
Abstract : With the development of communication and radar sensing technology, people are able to seek for a more convenient life and better experiences. The fifth generation (5G) mobile network provides high speed communication and internet services with a data rate up to several gigabit per second (Gbps). READ MORE
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3. Algorithm-Architecture Co-Design for Digital Front-Ends in Mobile Receivers
Abstract : The methodology behind this work has been to use the concept of algorithm-hardware co-design to achieve efficient solutions related to the digital front-end in mobile receivers. It has been shown that, by looking at algorithms and hardware architectures together, more efficient solutions can be found; i.e. READ MORE
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4. Multi-Camera Light Field Capture : Synchronization, Calibration, Depth Uncertainty, and System Design
Abstract : The digital camera is the technological counterpart to the human eye, enabling the observation and recording of events in the natural world. Since modern life increasingly depends on digital systems, cameras and especially multiple-camera systems are being widely used in applications that affect our society, ranging from multimedia production and surveillance to self-driving robot localization. READ MORE
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5. System Level Techniques for Verification and Synchronization after Local Design Refinements
Abstract : Today's advanced digital devices are enormously complex and incorporate many functions. In order to capture the system functionality and to be able to analyze the needs for a final implementation more efficiently, the entry point of the system development process is pushed to a higher level of abstraction. READ MORE