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Matlab program so that it will be good for simulating 1 Gb/s BPSK system for the purpose of a wireless 5G channel communication.2

Systems Architecture

7th Edition

ISBN:9781305080195

Author:Stephen D. Burd

Publisher:Stephen D. Burd

Chapter8: Data And Network Communication Technology

Section: Chapter Questions

Problem 18VE

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Concept explainers

Transmission media

A communication channel that transmits data from a source to a recipient is referred to as "transmission media." Electromagnetic impulses are used to transmit data. Transmission media's primary purpose is to transmit data in the form of bits via a local area network (LAN). In data transport, it is the physical link that connects the transmitter and receiver. Transmission medium is part of layer 1 or physical layer of the ISO/OSI (Open System Interconnection) model.

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Matlab program so that it will be good for simulating 1 Gb/s BPSK system for the purpose of a wireless 5G channel communication.2

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A flash memory of 16 Gbyte is used to store PCM voice data. Suppose that a CT voice signal is sampled at 20 kHz, and each sample is encoded into an 12-bit. How many minutes of the voice signal can be stored (as PCM data) in this memory? If the sampling frequency is doubled, what its impact on storing time? Analyze mathematically
A digital radio communication system receives a signal with signal power Sof 3 µW, and noise level of 200 nW, on a radio channel with upper cut-offfrequency of 2.42 GHz, and a lower cut-of frequency of 2.40GHz. . What is the signal to noise ratio in decibel?
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Consider a communication channel with bandwidth B = 8000 Hz. Suppose the channel has a signal-to-noise ratio S/N = 541. What is the maximum data rate of this channel? ? What is the minimum number of signal levels needed to achieve a data rate of 64000 bps?
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An analogue sensor has a bandwidth which extends from very low frequencies up to a maximum of 14.5 kHz. Using the Sampling Theorem (Section 3.3.1), what is the minimum sampling rate (number of samples per second) required to convert the sensor signal into a digital representation? If each sample is now quantised into 2048 levels, what will be the resulting transmitted bitrate in kbps? Give your answer in scientific notation to 1 decimal place. Hint: you firstly need to determine the number of bits per sample that produces 2048 quantisation levels (see Sections 2.4 (Block 1) and 3.3.2 (Block 3)).