6. We have 14 sources, each creating 500 characters per second. Since only some of these sources are active at any moment, we use statistical TDM to combine these sources using character interleaving. Each frame carries 6 slots at a time, but we need to add four-bit addresses to each slot. Answer the following questions: a. What is the size of an output frame in bits? b. What is the output frame rate? c. What is the duration of an output frame? d. What is the output data rate?

6. We have 14 sources, each creating 500 characters per second. Since only some of these sources are active at any moment, we use statistical TDM to combine these sources using character interleaving. Each frame carries 6 slots at a time, but we need to add four-bit addresses to each slot. Answer the following questions: a. What is the size of an output frame in bits? b. What is the output frame rate? c. What is the duration of an output frame? d. What is the output data rate?

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

Section: Chapter Questions

Problem 1PE

See similar textbooks

Similar questions

We have 14 sources, each creating 500 8-bit characters per second. Since only some of these sources are active at any moment, we use statistical TDM to combine these sources using character interleaving. Each frame carries 6 slots at a time, but we need to add four-bit addresses to each slot. Answer the following questions: a. What is the size of an output frame in bits? The output b. What is frame rate? c. What is the duration of an output frame?
We have 14 sources, each creating 500 characters per second. Since only some of these sources are active at any moment, we use statistical TDM to combine these sources using character interleaving. Each frame carries 6 slots at a time, but we need to add four-bit addresses to each slot. Answer the following questions:(1)What is the size of an output frame in bits?(2)What is the output frame rate?(3)What is the duration of an output frame?(4)What is the output data rate?
We need to use synchronous TDM and combine 20 digital sources, each of 100 Kbps. Each output slot carries 1 bit from each digital source, but one extra bit is added to each frame for synchronization. Answer the following questions: a. What is the size of an output frame in bits? b. What is the output frame rate?c. What is the duration of an output frame? d. What is the output data rate? e. What is the efficiency of the system (ratio of useful bits to the total bits)?
We need to use synchronous TDM and combine 20 digital sources, each of 100 Kbps. Each butput slot carries 1 bit from each digital sources, but one extra bit is added to each frame for synchronization. Answer the following questions: a. What is the size of an output frame in bits? b. What is the output frame rate? c. What is the duration of an output frame? d. What is the output data rate? e. What is the efficiency of the system (ratio of useful bits to the total bits).
Four channels are multiplexed using synchronous TDM. The rate of each channel is given by 500 kbps and we use 2-bit units, provide a step-by-step calculation for the following: 1. Input bit duration 2. Input unit rate 3. Output frame rate 4. Output frame size
We have 18sources, each creating 400nibble (4-bit)per second. Since onlysome of these sources are active at any moment, we use statistical TDM tocombine these sources using character interleaving. Each frame carries 15slotsat a time, butwe need to add 9-bit addresses to each slot. Answer the following questions: a. What is the size of an output frame in bits? b. What is the output frame rate? c. What is the duration of an output frame? d. What is the output data rate?
The Fig 4.1 shows a demultiplexer of a TDM. If the frame size is 16 bits long (no synchronous / frame bits), what is the bit stream in each output? The bits arrive at the demultiplexer as shown by the arrow. 000011101010101010000111011100000111100011 Fig: 4.1
Four computers are sending the digital data over a multiplexed line as shown in the Figure below. A). Show how the messages are multiplexed into frames using synchronous TDM and Asynchronous TDM. B). How many frames are generated if you are using Synchronous TDM? C.) How many frames are generated if you are using asynchronous TDM with frame size 3?
We need to use synchronous TDM and combine 20 digital sources, each of 100 Kbps. Each output slot carries 1 bit from each digital source, but one extra bit is added to each frame for synchronization. Answer the following questions: a. What is the size of an output frame in bits? b. What is the output frame rate?
4. There are four sources, each creating 500 characters per second. If the interleaved unit is a character and 1 synchronizing bit is added to each frame, Calculate The data rate of each source.
Suppose, you have 6 voice channels, each of 60MBPS. You have to use synchronous TDM to multiplex these channels. If 2 characters at a time are multiplexed (2 characters in each output slot), answer the following: What is the size of an output frame in bits? What is the output frame rate? What is the duration of an output frame? What is the output data rate? Input bit duration? Output bit duration? Output slot duration?
Assume M = 1 1 0 1 02 and P = 1 1 02. Compute: a. The frame check sum (FCS).b. The transmitted frame.c. The received frame and check if there is any error in the data.