Design of Radio Frequency Transceivers - Chaudhary, Muhammad Akmal
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The need for people to communicate with each other anytime, anywhere has greatly expanded the field of wireless communication. Due to users demand for more and better wireless services, there is a need for higher transmission bandwidth. However, in a wireless communication system, adding bandwidth is not as easy as in a wire-line system. As a result, spectral congestion becomes a serious problem. A spectrally efficient modulation scheme based transceiver, which maximizes the bandwidth efficiency, is a very promising solution. To achieve spectral efficiency, certain modulation constraints are…mehr

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Produktbeschreibung
The need for people to communicate with each other anytime, anywhere has greatly expanded the field of wireless communication. Due to users demand for more and better wireless services, there is a need for higher transmission bandwidth. However, in a wireless communication system, adding bandwidth is not as easy as in a wire-line system. As a result, spectral congestion becomes a serious problem. A spectrally efficient modulation scheme based transceiver, which maximizes the bandwidth efficiency, is a very promising solution. To achieve spectral efficiency, certain modulation constraints are imposed, which lead to a more complex receiver design. As wireless communication becomes more popular, there is also a big demand for a more compact transceiver.
Autorenporträt
Dr. Muhammad Akmal Chaudhary is currently working as an Assistant Professor in the department of Electrical Engineering at the Ajman University of Science & Technology (AUST), United Arab Emirates. Dr. Muhammad Akmal Chaudhary received the PhD degree in Electrical Engineering from Cardiff University, United Kingdom, in September 2011.