Computer Network : Internet Protocol, IPv4 and Subnetting 1

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Computer Network - Internet Protocol, IPv4 and Subnetting 1 [TutsNode.com] - Computer Network - Internet Protocol, IPv4 and Subnetting 1 04 - Internet Protocol
  • 004 Fragmentation on Fragmented Packet and Reassembling them at Destination.mp4 (506.9 MB)
  • 004 Fragmentation on Fragmented Packet and Reassembling them at Destination_en.vtt (22.3 KB)
  • 002 Setting Identification Number, More Fragment (MF bit) and Offset for Fragments_en.vtt (13.0 KB)
  • 003 How to reassemble Fragments at Destination Host_en.vtt (11.1 KB)
  • 001 Datagram Fragmentation How to divide packets at intermediate Router_en.vtt (10.3 KB)
  • 002 Setting Identification Number, More Fragment (MF bit) and Offset for Fragments.mp4 (288.6 MB)
  • 003 How to reassemble Fragments at Destination Host.mp4 (244.1 MB)
  • 001 Datagram Fragmentation How to divide packets at intermediate Router.mp4 (223.3 MB)
03 - Subnetting
  • 019 Creating Variable Length Subnetmask (VLSM)_en.vtt (16.0 KB)
  • 007 Subnetwork Creation Example 2 Different subnet bit position from example 1_en.vtt (14.7 KB)
  • 018 Why Variable Length Subnetmask (VLSM) required_en.vtt (11.7 KB)
  • 019 Creating Variable Length Subnetmask (VLSM).mp4 (366.5 MB)
  • 020 Extracting SubNetwork Id by using VLSM_en.vtt (10.7 KB)
  • 015 Extracting SubNetwork Id and Host Id from IP address by using Subnetmask_en.vtt (10.2 KB)
  • 016 How to create Subnetwork Broadcast IP Address_en.vtt (10.0 KB)
  • 017 Question On Subnetmask_en.vtt (9.3 KB)
  • 003 Number of bits required for Subnetting_en.vtt (8.4 KB)
  • 014 Default representation of Subnetmask along with IP Address_en.vtt (7.8 KB)
  • 011 Subnetmask Example 2_en.vtt (7.6 KB)
  • 004 Subnetwork Creation Example 1 Selecting subnetwork bits from host part_en.vtt (7.2 KB)
  • 001 Why Subnetting required_en.vtt (6.8 KB)
  • 013 Question Finding subnetmask_en.vtt (6.8 KB)
  • 021 Further depth on VLSM_en.vtt (6.6 KB)
  • 008 Why Subnetmask required_en.vtt (5.5 KB)
  • 012 Subnetmask Example 3_en.vtt (4.3 KB)
  • 005 Subnetwork Creation Example 1 Subnet Range and number of hosts per subnet_en.vtt (4.1 KB)
  • 010 Subnetmask Example 1_en.vtt (3.2 KB)
  • 006 Subnetwork Creation Example 1 Finding Subnetwork ID for each Subnetwork_en.vtt (3.0 KB)
  • 009 Subnetmask Introduction Definition_en.vtt (2.5 KB)
  • 002 Subnetting Introduction Definition_en.vtt (1.4 KB)
  • 007 Subnetwork Creation Example 2 Different subnet bit position from example 1.mp4 (355.8 MB)
  • 018 Why Variable Length Subnetmask (VLSM) required.mp4 (268.8 MB)
  • 020 Extracting SubNetwork Id by using VLSM.mp4 (249.9 MB)
  • 015 Extracting SubNetwork Id and Host Id from IP address by using Subnetmask.mp4 (244.7 MB)
  • 016 How to create Subnetwork Broadcast IP Address.mp4 (238.6 MB)
  • 017 Question On Subnetmask.mp4 (222.0 MB)
  • 003 Number of bits required for Subnetting.mp4 (187.1 MB)
  • 011 Subnetmask Example 2.mp4 (183.0 MB)
  • 014 Default representation of Subnetmask along with IP Address.mp4 (181.4 MB)
  • 004 Subnetwork Creation Example 1 Selecting subnetwork bits from host part.mp4 (167.8 MB)
  • 013 Question Finding subnetmask.mp4 (156.3 MB)
  • 021 Further depth on VLSM.mp4 (154.2 MB)
  • 001 Why Subnetting required.mp4 (146.6 MB)
  • 008 Why Subnetmask required.mp4 (128.8 MB)
  • 012 Subnetmask Example 3.mp4 (104.1 MB)
  • 005 Subnetwork Creation Example 1 Subnet Range and number of hosts per subnet.mp4 (94.5 MB)
  • 010 Subnetmask Example 1.mp4 (76.7 MB)
  • 006 Subnetwork Creation Example 1 Finding Subnetwork ID for each Subnetwork.mp4 (76.0 MB)
  • 009 Subnetmask Introduction Definition.mp4 (58.7 MB)
  • 002 Subnetting Introduction Definition.mp4 (31.3 MB)
01 - Basic Definitions in Computer Network
  • 31115984-queue-and-processing-delay.txt (0.4 KB)
  • 004 Round Trip Time_en.vtt (12.8 KB)
  • 002 Different Types of Delays 3. Transmission Delay_en.vtt (10.8 KB)
  • 006 Piggybacking Acknowledgement_en.vtt (2.1 KB)
  • 001 Different Types of Delays 1. Queueing Delay and 2. Processing Delay_en.vtt (10.4 KB)
  • 007 Different Types of Errors_en.vtt (10.0 KB)
  • 003 Different Types of Delays 4. Propagation Delay_en.vtt (6.5 KB)
  • 005 Time Out_en.vtt (4.7 KB)
  • 004 Round Trip Time.mp4 (270.9 MB)
  • 001 Different Types of Delays 1. Queueing Delay and 2. Processing Delay.mp4 (239.8 MB)
  • 002 Different Types of Delays 3. Transmission Delay.mp4 (234.0 MB)
  • 007 Different Types of Errors.mp4 (216.9 MB)
  • 003 Different Types of Delays 4. Propagation Delay.mp4 (139.1 MB)
  • 005 Time Out.mp4 (98.5 MB)
  • 006 Piggybacking Acknowledgement.mp4 (46.9 MB)
02 - Internet Protocol Version 4 (IPv4)
  • 003 Classification of IPv4_en.vtt (1.9 KB)
  • 016 Extracting Network Id and Host Id from IP address_en.vtt (7.2 KB)
  • 005 Class B Theoretical_en.vtt (2.1 KB)
  • 006 Class C Theoretical_en.vtt (2.2 KB)
  • 007 Important Note_en.vtt (1.1 KB)
  • 010 Class A Practical_en.vtt (6.7 KB)
  • 002 IPv4 Bits and Range_en.vtt (6.5 KB)
  • 017 Broadcast IP address for Network_en.vtt (6.4 KB)
  • 009 Practical Ranges for Class A, B, C, D and E_en.vtt (5.6 KB)
  • 011 Class B Practical_en.vtt (4.6 KB)
  • 013 Class E Practical_en.vtt (2.2 KB)
  • 008 Why Theoretical Class A,B,C not possible to Implement Practically_en.vtt (4.2 KB)
  • 014 Classification Conclusion A, B, C, D and E_en.vtt (2.4 KB)
  • 012 Class D Practical_en.vtt (4.1 KB)
  • 004 Class A Theoretical_en.vtt (3.7 KB)
  • 001 IPv4 Introduction_en.vtt (3.5 KB)
  • 015 Total IP Addresses Possible in IPv4_en.vtt (3.4 KB)
  • 010 Class A Practical.mp4 (176.4 MB)
  • 016 Extracting Network Id and Host Id from IP address.mp4 (162.8 MB)
  • 002 IPv4 Bits and Range.mp4 (157.4 MB)
  • 009 Practical Ranges for Class A, B, C, D and E.mp4 (146.2 MB)
  • 017 Broadcast IP address for Network.mp4 (141.6 MB)
  • 011 Class B Practical.mp4 (129.0 MB)
  • 012 Class D Practical.mp4 (107.8 MB)
  • 008 Why Theoretical Class A,B,C not possible to Implement Practically.mp4 (105.0 MB)
  • 001 IPv4 Introduction.mp4 (89.0 MB)
  • 015 Total IP Addr

Description


Description

IP Addressing (IPv4), Subnetting and Internet Protocol (Maximum Transmission Unit) :

Do you want learn IP addressing clearly?

Do you want study how subnetting working thoroughly?

Do you want understand how Internet Protocol doing Datagram Fragmentation easily?

Then, you are in right page. In this course, discussion started from very basics and discussed up to maximum depth possible. For every topic, solid situations and numerical problems are discussed and solved.

WHAT YOU’LL LEARN IN THIS COURSE:

IPv4
Numbering Systems and conversion (Binary to Decimal and Decimal to Binary).
IPv4 Address Format.
Classes in IPv4 – A, B, C, D and E (Theoretically and Practically).
Ranges possible for every class and how they will work.
Extracting network address and host address.
Broadcast IP address for Main network.
Subnetting
Why subnetting required.
No.of bits required for subnetting and how to set these bits.
Total possible ways for setting subnetting bits.
Why subnetmask required and how to set subnetmask.
Fixed Length Subnetmask (FLSM)
Solid subnetwork examples
Extracting subnetwork id and host id
Variable Length Subnetmask (VLSM)
Setting broadcast IP address for subnetwork.
Internet Protocol (Maximum Transmission Unit)
Why Fragmentation happen and where it will happen.
How Datagram Fragmentation will happen.
How to assemble Fragments at destination.
How to perform Fragmentation on already Fragmented packets.

Bonus :

You will be familiar with binary number system and conversions ( easy and fast techniques are used).

Solid practice questions will be given for self assessment.

WHO CAN TAKE THIS COURSE:

Students.
For certifications like CCNA, CCNP, MCSE+, A+, and all network related certifications.
GATE CS/IT aspirants.
Competitive exam aspirants.
Anybody seeking to learn about computer networks.

Thank you for coming this course page. See you in the course. All the best…
Who this course is for:

For Academic Students
For Certification
For Competitive Exams

Requirements

No Prerequisites required.

Last Updated 3/2021



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Computer Network : Internet Protocol, IPv4 and Subnetting 1

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7.7 GB
seeders:30
leechers:23
Computer Network : Internet Protocol, IPv4 and Subnetting 1

Torrent hash: DBF908049BE5C471EA204D2ED49B25559A8AF570