In wireless communications, a communication channel includes channel coefficients such as gain and phase factors as well as noise factors. For the one-tap linear model, we assume that the channel coefficients and the noise signal are given as and , respectively. Then, the received signal at the receiver is represented as where is the transmission signal at the transmitter and is the transmission power.
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| - In wireless communications, a communication channel includes channel coefficients such as gain and phase factors as well as noise factors. For the one-tap linear model, we assume that the channel coefficients and the noise signal are given as and , respectively. Then, the received signal at the receiver is represented as where is the transmission signal at the transmitter and is the transmission power.
- A communication(s) channel (also called a circuit or line) is
* "a pathway over which voice or data is transmitted between two endpoints."
* "a medium by which data is transmitted (e.g., physical via Universal Serial Bus (USB), wireless, wired, verbal, etc.)."
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| abstract
| - In wireless communications, a communication channel includes channel coefficients such as gain and phase factors as well as noise factors. For the one-tap linear model, we assume that the channel coefficients and the noise signal are given as and , respectively. Then, the received signal at the receiver is represented as where is the transmission signal at the transmitter and is the transmission power.
- A communication(s) channel (also called a circuit or line) is
* "a pathway over which voice or data is transmitted between two endpoints."
* "a medium by which data is transmitted (e.g., physical via Universal Serial Bus (USB), wireless, wired, verbal, etc.)."
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