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CS435 Assignment 1 Solution and Discussion

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zareen
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Cyberian's Gold 
 Assignment No. 01 Semester: Fall 2019

CS435: Cloud Computing
Total Marks: 20
Due Date: 13th November 2019
Objective:
The objective of this assignment is to enhance the learning capabilities of the students about:
• Transmission Modes (Data Flow)
• TCP/IP Protocol suite
• IP Addressing
• Privileged and Non-Privileged Instructions
Instructions:
Please read the following instructions carefully before submitting assignment:
You need to use MS word document to prepare and submit the assignment on VU-LMS. It should be clear that your assignment will not get any credit if:
The assignment is submitted after due date.
The assignment is not in the required format (.doc or docx)
The submitted assignment does not open or file is corrupt.
Assignment is copied (partial or full) from any source (websites, forums, students, etc)

Assignment

  • Question No. 1
    Identify the type of transmission mode (data flow) for each of the following device:
    13969cad-2195-48e6-9175-da1a296861c5-image.png
  • Question No. 2
    Identify the TCP/IP Protocol layer for each of the following functionalities:
    32dfd6c9-e8a3-49ba-bb00-33d7861b69b1-image.png
  • Question No. 3
    For each of the following IP addresses, identify the class of IP address and f0ba6422-edf9-4560-9945-2bc2118645ff-image.png
  • Question No. 4
    Identify Privileged and Non-Privileged Instructions from the list given below:
    09b4ab36-b6ad-4c85-83c4-ae37bc6e9ebd-image.png
0
zareen
zareen
Cyberian's Gold

Q.1 Solution:
Identify the type of transmission mode (data flow) for each of the following device:

Device Transmission Mode (Data Flow)
Key board Simplex
Monitor Simplex
Walkie-talkie Half Duplex
Telephone Full Duplex

Q.2 Solution:
Identify the TCP/IP Protocol layer for each of the following functionalities:

Case TCP/IP Layer
Transmission of signals over the link Physical Layer
Creates the frames of data Data-link Layer
Host to host communication through their IP Network Layer
Transporting a message from application program running over source host to corresponding application program on destination host. Transport Layer

Q.3 Solution:

For each of the following IP addresses, identify the class of IP address and No. of bits for Network ID.

IP address Class No. of bits for Network ID
192.168.3.10 C 24 bits
125.190.1.10 A 8 bits
131.191.2.9 B 16 bits
100.141.5.9 A 8 bits

Q.4 Solution:

Instruction Type (Privileged / Non-Privileged)
Turn off all Interrupts Privileged
Clear the Memory or Remove a process from the Memory Privileged
Reading the System Time Non-Privileged
Reading the status of Processor Non-Privileged
0
zareen
zareen
Cyberian's Gold

Q.1 Solution:
Identify the type of transmission mode (data flow) for each of the following device:

Device Transmission Mode (Data Flow)
Key board Simplex
Monitor Simplex
Walkie-talkie Half Duplex
Telephone Full Duplex

Q.2 Solution:
Identify the TCP/IP Protocol layer for each of the following functionalities:

Case TCP/IP Layer
Transmission of signals over the link Physical Layer
Creates the frames of data Data-link Layer
Host to host communication through their IP Network Layer
Transporting a message from application program running over source host to corresponding application program on destination host. Transport Layer

Q.3 Solution:

For each of the following IP addresses, identify the class of IP address and No. of bits for Network ID.

IP address Class No. of bits for Network ID
192.168.3.10 C 24 bits
125.190.1.10 A 8 bits
131.191.2.9 B 16 bits
100.141.5.9 A 8 bits

Q.4 Solution:

Instruction Type (Privileged / Non-Privileged)
Turn off all Interrupts Privileged
Clear the Memory or Remove a process from the Memory Privileged
Reading the System Time Non-Privileged
Reading the status of Processor Non-Privileged
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