Titlebook: Signals in the Soil; Developments in Inte Abdul Salam,Usman Raza Book 2020 Springer Nature Switzerland AG 2020 Physical Layer for Wireless

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the main theme concerning staff was interactions and conflicts; in the ethically difficult dilemmas, it was work arrangements. The most frequently mentioned principles and values in the ethical dilemmas were fairness, justice, equality, the child’s interest and well-being.

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Signals in the Soil: An Introduction to Wireless Underground Communicationslenges in WUC is presented. The evolution of underground wireless is also discussed. Moreover, different component of UG communications is wireless. The WUC system architecture is explained with a detailed discussion of the anatomy of an underground mote. The examples of UG wireless communication sy

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Wireless Underground Channel Modelinge analyzed. A mechanism for the UG channel sounding and multipath characteristics analysis is discussed. Moreover, novel time-domain impulse response model for WUC is reviewed with the explanation of model parameters and statistics. Furthermore, different types of the through-the-soil wireless commu

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Underground Wireless Channel Bandwidth and Capacitysis of the wireless underground channel capacity is presented. The impact of soil on return loss, bandwidth, and path loss is discussed. The results of underground multi-carrier modulation capacity are also outlined. Moreover, the single user capacity and multi-carrier capacity are also introduced w

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Signals in the Soil: Underground Antennasal communication in that it is buried in the soil. Therefore, one of the main challenges, in IOUT applications, is to establish a reliable communication. To that end, there is a need of designing an underground-specific antenna. Three major factors that can impact the performance of a buried antenna