Answered: GSM time slot is 577 s (microseconds)…

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GSM time slot is 577 s (microseconds) in duration and includes far more than a snapshot of each individual signal..

Systems Architecture

7th Edition

ISBN:9781305080195

Author:Stephen D. Burd

Publisher:Stephen D. Burd

Chapter8: Data And Network Communication Technology

Section: Chapter Questions

Problem 1PE

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Concept explainers

Wireless Transmission Technology

If communication is done between two mediums without using a cable or wire, then it is referred to as wireless communication. Wireless communication is a type of data communication in which the transmission of information takes place without the help of a wire or cable. The device works by broadcasting electromagnetic signals through the air, atmosphere, or physical environment. The sender device generates electromagnetic signals (wireless signals) which is received by several intermediary stations before it reaches the destination device. The destination station receives and processes these signals. An electrical circuit with antenna, which is capable of changing digital data to wireless signal, can act as a transmitter (sender) and a circuit converts wireless signal to digital data with antenna can be a receiver.

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In GSM, a "TDMA frame" is composed of eight distinct time slots. Each
GSM time slot is 577 s (microseconds) in duration and includes far more than a snapshot of each individual
signal..
Each time slot contains 148 bits. Just 114 of these 148 bits reflect speech or other info. The remainder are used
for a number of different types of power. How many data bits are included in a single TDMA frame?

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In GSM, a "TDMA frame" is composed of eight distinct time slots. Each GSM time slot is 577 s (microseconds) in duration and includes far more than a snapshot of each individual signal.Each time slot contains 148 bits. Just 114 of these 148 bits reflect speech or other info. The remainder are used for a number of different types of power. How many data bits are included in a single TDMA frame?
In GSM, a "TDMA frame" is composed of eight distinct time slots. Each GSM time slot is 577 s (microseconds) in duration and includes far more than a snapshot of each individual signal.. Each time slot contains 148 bits. Just 114 of these 148 bits reflect speech or other info. The remainder are used for a number of different types of power. How many data bits are included in a single TDMA frame?
In GSM, there are 8 separate time slots that makeup what is known as a “TDMA frame’’. Each GSM time slot lasts for 577 µs (microseconds) and contains more than simply a sample of each individual signal.What is the total number of bits, including data and control, in a TDMA frame?
If GSM uses a frame structure where each frame consists of eight time slots, and each time slot contains 156.25 bits, and data are transmitted at 270.833 kbps in the channel, find (a) the time duration of a bit, (b) the time duration of a slot?
In asynchronous transmission, why does the time gap between bytes fluctuate?
What varies the duration between bytes in asynchronous transmission?
In GSM, a "TDMA frame" is composed of eight distinct periods of time that come together to form the frame. There is more to each transmission than just a fragment of information contained inside the 577 microseconds that constitute a single GSM time slot. How many bits does a TDMA frame consist of in total (including data and control)?
Consider TDM-based circuit switching with 8000 frames per second and 32 time slots per frame. During each time slot 8 bits are sent. What is the shortest time possible (in seconds) to transmit a 1 Mbyte file over the given link?
Why is the gap time between bytes vary in asynchronous transmission?
What causes the time interval between bytes in asynchronous transmission to vary?
The reason for the varying duration between bytes in asynchronous transmission.
The following character encoding is used in a data link protocol: A: 01000111; B: 11100011; FLAG: 01111110; ESC: 11100000 Show the bit sequence transmitted in binary for the four character frame: A B ESC FLAG when each of the following framing methods is used: a) Character count b) Flag bytes with byte stuffing c) Starting and ending flag bytes, with bit stuffing. Please solve within 30 minutes. Asap.