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    A reliable and redundant communication system for safe urban air mobility operations
    Urban Air Mobility (UAM) is a new concept that aims at supplementing current public transportation systems in dedicated use cases. UAM implementation requires complex integration of different engineering fields, including command, control, and communication for safe operation. This dissertation explores the aspect of communication and proposes solutions to enhance the performance to support reliable and redundant communication for safe UAM operations. Network planning, channel modeling, ground station infrastructure for redundancy provision, and interference management are investigated. Simulation results show that employing 5th generation communication standards with efficient network and resource management, particularly with device-to-device technology, provides the needed degree of performance.
    Publicationtype: Doctoral Thesis
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    Item type:Publication,
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