CS601 Assignment No 02 Spring 2020 Solution & Discussion Due Date: 13062020
Question No. 1
After carefully analyzing the following figure that represents encoding scheme based on IEEE 802.3 Manchester approach, you are required to identify the bit pattern associated with the given figure:
Note: Provide your answer in the following table:







Question No. 2
Suppose a computer in an army headquarters is transferring a file of 10 Megabits to a computer placed in a check post situated at the distance of 2000 KM. Assuming that sender and receiver computers are connected through a point to point link of 1 Gigabit and propagation speed as 2.4 × 10^{8} meters per seconds, you are required to calculate the following:
Note: You need to write all necessary formulas & calculation steps to find the final answers in “Microseconds”.
Tags:
if anyony has solution of CS 601 assignment then send us here
thanks
regards
furqan
CS601_Assignment_No_02_Solution_Spring_2020
Download the file, Click on the below link
thank you sir
CS601 Data Communication Assignment 2 Solution & Discussion Spring 2020
CS601 Assignment 2 Solution Idea:
After carefully analyzing the following figure that represents encoding scheme based on IEEE 802.3 Manchester approach, you are required to identify the bit pattern associated with the given figure:
Solution:
According to instruction encoding scheme is given below in the table.
1 
0 
1 
1 
1 
0 
1 
Question No: 2
Suppose a computer in an army headquarters is transferring a file of 10 Megabits to a computer placed in a check post situated at the distance of 2000 KM. Assuming that sender and receiver computers are connected through a point to point link of 1 Gigabit and propagation speed as 2.4 × 10^{8} meters per seconds, you are required to calculate the following:
Solution:
Distance = 2000 KM
Propagation Speed = 2.4 × 10^{8}m/s =
= 240000000ms^{1}
For conversion of meter to Kilometer
Propagation Speed = 240000000/1000
= 240000Kms^{1}
Propagation time = ?
Propagation time = Distance/propagation time
Propagation time = 2000KM/ 240000Kms^{1}
Propagation time = 0.008333 sec
Propagation time = 0.008333/1000 milli sec
Propagation time = 8.333 milli sec
Propagation time = 8333.33 µs
Message Size = 10 Megabits
Bandwidth = 1Gigabit/s
Bandwidth = 1000 Megabits/sec
Transmission Time = ?
Transmission time = Message Size/Bandwidth
Transmission Time = 10 Megabits/1000Megabits sec^{1}
Transmission Time = 0.01 sec
Transmission Time = 10 millisec
Transmission Time = 10000 µs
************
Add youtube embed codes here with proper tilte & despriction, otherwise your youtube will be deleted & your account will be banned. Always add the youtube embed codes in discussion replies, as not start a new discussion. Thanks for understanding.
Email, cell no, facebook personal links, links sharing for promotion any kind of site & youtube direct link sharing is not allowed at the site.
Although If you want to share the youtube video, then paste the embed codes here of the youtube video. Otherwise your comment / reply will be deleted. As well as your account will be deleted from the site. Thanks for understanding.
CS601_Assignment_No_02_Solution_Spring_2020
Download the file, Click on the below link
#CS601 #CS601Assignment2 #601AssignmentSolution
CS601 Assignment No. 2 Spring 2020 Solution
CS601 Assignment No. 2 Spring 2020 Solution by VU Academy
Question No. 1
After carefully analyzing the following figure that represents encoding scheme based on IEEE 802.3 Manchester approach, you are required to identify the bit pattern associated with the given figure:
Note: Provide your answer in the following table:
Question No. 2
Suppose a computer in an army headquarters is transferring a file of 10 Megabits to a computer placed in a check post situated at the distance of 2000 KM. Assuming that sender and receiver computers are connected through a point to point link of 1 Gigabit and propagation speed as 2.4 × 108 meters per seconds, you are required to calculate the following:
1. Propagation Time
2.Transmission Time
Note: You need to write all necessary formulas & calculation steps to find the final answers in “Microseconds”.
#CS601
#CS601Assignment2
#601AssignmentSolution
#CS601SolvedAssignment
#CS601Assignment2Solution2020
#CS601Assignment2Spring2020
#CS601AssignmentSolution
#CS601DataCommunication
#CS601AssignmentNo.2
#CS601Assignment2Solution2020
#CS601Solution
#CS601Assignment2Solution2020
#CS601SolutionLink
#CS601Assignment2Solution2020
#CS601DownloadLink
#CS601AssignmentPDF
#CS601Assignment2Solution2020
#CS601AssignmentSolutionPDF
#CS601Assignment
#CS601Assignment2Solution2020
#CS601AssignmentDownload
#CS601Solve
#CS601Assignment2Solution2020
#CS601Assignment2
#CS601Assignment2Solution2020
Solution File Download Link MEGA Drive : https://mega.nz/file/lMwVCKbK#J_oyaKG0Mxf91AZNRqxakNYlKsOFGSMnjK6R...
Solution File Download Link Google Drive : https://drive.google.com/file/d/1AC5S9XjjyiPBafYiVKXWmtTswNzrCESc/view
CS601 Assignment 2 solution VU
CS601 Data Communication Assignment 2 Solution & Discussion Spring 2020
Question No: 1
After carefully analyzing the following figure that represents encoding scheme based on IEEE 802.3 Manchester approach, you are required to identify the bit pattern associated with the given figure:
Question No: 2
Suppose a computer in an army headquarters is transferring a file of 10 Megabits to a computer placed in a check post situated at the distance of 2000 KM. Assuming that sender and receiver computers are connected through a point to point link of 1 Gigabit and propagation speed as 2.4 × 10^{8} meters per seconds, you are required to calculate the following:
© 2021 Created by + M.Tariq Malik. Powered by
Promote Us  Report an Issue  Privacy Policy  Terms of Service
We noncommercial site working hard since 2009 to facilitate learning Read More. We can't keep up without your support. Donate.
We are usergenerated contents & noncommercial site. All product, videos, pictures & others contents on site don't seem to be beneath our Copyrights & belong to their respected owners & freely available on public domains. All Contents on site are for personal & noncommercial use.We believe in Our Policy & do according to them. If Any content is offensive in your Copyrights then please email at m.tariqmalik@gmail.com with copyright detail & We will happy to remove it immediately.
Management: Admins ::: Moderators
Awards Badges List  Moderators Group
All Members  Featured Members  Top Reputation Members  Angels Members  Intellectual Members  Criteria for Selection
Become a Team Member  Safety Guidelines for New  Site FAQ & Rules  Safety Matters  Online Safety  Rules For Blog Post