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Procedure First, create a new script as follows: Start Start a new 'Script'. MATLAB/SCILAB/Octave. Step1: Measure Noise Power Assume the noise spectral density is given by -174 dBm/Hz, and a bandwidth 10.94x10³ Hz. Calculate the noise power. Step2: Calculate the Signal-to-Noise Ratio (SNR) Calculate the received signal strength assuming the transmission power is • BS transmission power: 39 dB • Carrier frequency: 1800 MHz • Distance between Tx and Rx: 10 Km • Antenna gain: 28 dBi Then calculate the SNR.

Procedure First, create a new script as follows: Start Start a new 'Script'. MATLAB/SCILAB/Octave. Step1: Measure Noise Power Assume the noise spectral density is given by -174 dBm/Hz, and a bandwidth 10.94x10³ Hz. Calculate the noise power. Step2: Calculate the Signal-to-Noise Ratio (SNR) Calculate the received signal strength assuming the transmission power is • BS transmission power: 39 dB • Carrier frequency: 1800 MHz • Distance between Tx and Rx: 10 Km • Antenna gain: 28 dBi Then calculate the SNR.

Database System Concepts
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
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First, create a new script as follows: - Start MATLAB

Procedure First, create a new script as follows: - Start MATLAB/SCILAB/Octave. Start a new 'Script'. Step1: Measure Noise Power Assume the noise spectral density is given by -174 dBm/Hz, and a bandwidth 10.94x10³ Hz. Calculate the noise power. Step2: Calculate the Signal-to-Noise Ratio (SNR) Calculate the received signal strength assuming the transmission power is • BS transmission power: 39 dB Carrier frequency: 1800 MHz • Distance between Tx and Rx: 10 Km • Antenna gain: 28 dBi Then calculate the SNR.
Transcribed Image Text:Procedure First, create a new script as follows: - Start MATLAB/SCILAB/Octave. Start a new 'Script'. Step1: Measure Noise Power Assume the noise spectral density is given by -174 dBm/Hz, and a bandwidth 10.94x10³ Hz. Calculate the noise power. Step2: Calculate the Signal-to-Noise Ratio (SNR) Calculate the received signal strength assuming the transmission power is • BS transmission power: 39 dB Carrier frequency: 1800 MHz • Distance between Tx and Rx: 10 Km • Antenna gain: 28 dBi Then calculate the SNR.
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