001 Different Types of Delays _ 1. Queueing Delay and 2. Processing Delay.en.srt - 12.8 kB
001 Different Types of Delays _ 1. Queueing Delay and 2. Processing Delay.mp4 - 251 MB
001 queue and processing delay.txt - 377 B
002 Different Types of Delays _ 3. Transmission Delay.en.srt - 13.5 kB
002 Different Types of Delays _ 3. Transmission Delay.mp4 - 245 MB
003 Different Types of Delays _ 4. Propagation Delay.en.srt - 8.19 kB
003 Different Types of Delays _ 4. Propagation Delay.mp4 - 146 MB
004 Round Trip Time.en.srt - 15.7 kB
004 Round Trip Time.mp4 - 284 MB
005 Time Out.en.srt - 5.7 kB
005 Time Out.mp4 - 103 MB
006 Piggybacking Acknowledgement.en.srt - 2.53 kB
006 Piggybacking Acknowledgement.mp4 - 49.2 MB
007 Different Types of Errors.en.srt - 12.4 kB
007 Different Types of Errors.mp4 - 227 MB
001 IPv4 _ Introduction.en.srt - 4.24 kB
001 IPv4 _ Introduction.mp4 - 93.3 MB
002 IPv4 _ Bits and Range.en.srt - 8.13 kB
002 IPv4 _ Bits and Range.mp4 - 165 MB
003 Classification of IPv4.en.srt - 2.41 kB
003 Classification of IPv4.mp4 - 52.8 MB
004 Class A _ Theoretical.en.srt - 4.7 kB
004 Class A _ Theoretical.mp4 - 86.1 MB
005 Class B _ Theoretical.en.srt - 2.55 kB
005 Class B _ Theoretical.mp4 - 56.4 MB
006 Class C _ Theoretical.en.srt - 2.65 kB
006 Class C _ Theoretical.mp4 - 64.2 MB
007 Important Note.en.srt - 1.29 kB
007 Important Note.mp4 - 30.8 MB
008 Why Theoretical Class A,B,C not possible to Implement Practically.en.srt - 5.17 kB
008 Why Theoretical Class A,B,C not possible to Implement Practically.mp4 - 110 MB
009 Practical Ranges for Class A, B, C, D and E.en.srt - 6.88 kB
009 Practical Ranges for Class A, B, C, D and E.mp4 - 153 MB
010 Class A _ Practical.en.srt - 8.22 kB
010 Class A _ Practical.mp4 - 185 MB
011 Class B _ Practical.en.srt - 5.57 kB
011 Class B _ Practical.mp4 - 135 MB
012 Class D _ Practical.en.srt - 5.12 kB
012 Class D _ Practical.mp4 - 113 MB
013 Class E _ Practical.en.srt - 2.72 kB
013 Class E _ Practical.mp4 - 68.4 MB
014 Classification Conclusion _ A, B, C, D and E.en.srt - 2.86 kB
014 Classification Conclusion _ A, B, C, D and E.mp4 - 64.4 MB
015 Total IP Addresses Possible in IPv4.en.srt - 4.19 kB
015 Total IP Addresses Possible in IPv4.mp4 - 86.3 MB
016 Extracting Network Id and Host Id from IP address.en.srt - 9.14 kB
016 Extracting Network Id and Host Id from IP address.mp4 - 171 MB
017 Broadcast IP address for Network.en.srt - 8.05 kB
017 Broadcast IP address for Network.mp4 - 148 MB
001 Why Subnetting required_.en.srt - 8.42 kB
001 Why Subnetting required_.mp4 - 154 MB
002 Subnetting Introduction _ Definition.en.srt - 1.81 kB
002 Subnetting Introduction _ Definition.mp4 - 32.9 MB
003 Number of bits required for Subnetting.en.srt - 10.5 kB
003 Number of bits required for Subnetting.mp4 - 196 MB
004 Subnetwork Creation Example 1 _ Selecting subnetwork bits from host part.en.srt - 8.9 kB
004 Subnetwork Creation Example 1 _ Selecting subnetwork bits from host part.mp4 - 176 MB
005 Subnetwork Creation Example 1 _ Subnet Range and number of hosts per subnet.en.srt - 5.07 kB
005 Subnetwork Creation Example 1 _ Subnet Range and number of hosts per subnet.mp4 - 99.1 MB
006 Subnetwork Creation Example 1 _ Finding Subnetwork ID for each Subnetwork.en.srt - 3.72 kB
006 Subnetwork Creation Example 1 _ Finding Subnetwork ID for each Subnetwork.mp4 - 79.7 MB
007 Subnetwork Creation Example 2 _ Different subnet bit position from example 1.en.srt - 18 kB
007 Subnetwork Creation Example 2 _ Different subnet bit position from example 1.mp4 - 373 MB
008 Why Subnetmask required_.en.srt - 6.67 kB
008 Why Subnetmask required_.mp4 - 135 MB
009 Subnetmask Introduction _ Definition.en.srt - 3.02 kB
009 Subnetmask Introduction _ Definition.mp4 - 61.5 MB
010 Subnetmask Example 1.en.srt - 3.94 kB
010 Subnetmask Example 1.mp4 - 80.4 MB
011 Subnetmask Example 2.en.srt - 9.27 kB
011 Subnetmask Example 2.mp4 - 192 MB
012 Subnetmask Example 3.en.srt - 5.17 kB
012 Subnetmask Example 3.mp4 - 109 MB
013 Question _ Finding subnetmask.en.srt - 8.42 kB
013 Question _ Finding subnetmask.mp4 - 164 MB
014 Default representation of Subnetmask along with IP Address.en.srt - 9.57 kB
014 Default representation of Subnetmask along with IP Address.mp4 - 190 MB
015 Extracting SubNetwork Id and Host Id from IP address by using Subnetmask.en.srt - 12.7 kB
015 Extracting SubNetwork Id and Host Id from IP address by using Subnetmask.mp4 - 257 MB
016 How to create Subnetwork Broadcast IP Address.en.srt - 12.3 kB
016 How to create Subnetwork Broadcast IP Address.mp4 - 250 MB
017 Question _ On Subnetmask.en.srt - 11.7 kB
017 Question _ On Subnetmask.mp4 - 233 MB
018 Why Variable Length Subnetmask (VLSM) required_.en.srt - 14.5 kB
018 Why Variable Length Subnetmask (VLSM) required_.mp4 - 282 MB
019 Creating Variable Length Subnetmask (VLSM).en.srt - 20.1 kB
019 Creating Variable Length Subnetmask (VLSM).mp4 - 384 MB
020 Extracting SubNetwork Id by using VLSM.en.srt - 13.3 kB
020 Extracting SubNetwork Id by using VLSM.mp4 - 262 MB
021 Further depth on VLSM.en.srt - 8.18 kB
021 Further depth on VLSM.mp4 - 162 MB
001 Datagram Fragmentation _ How to divide packets at intermediate Router.en.srt - 12.8 kB
001 Datagram Fragmentation _ How to divide packets at intermediate Router.mp4 - 234 MB
002 Setting Identification Number, More Fragment (MF bit) and Offset for Fragments.en.srt - 16.1 kB
002 Setting Identification Number, More Fragment (MF bit) and Offset for Fragments.mp4 - 303 MB
003 How to reassemble Fragments at Destination Host.en.srt - 13.7 kB
003 How to reassemble Fragments at Destination Host.mp4 - 256 MB
004 Fragmentation on Fragmented Packet and Reassembling them at Destination.en.srt - 27.6 kB
004 Fragmentation on Fragmented Packet and Reassembling them at Destination.mp4 - 532 MB
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Mastering Internet Protocol, IPv4 and Subnetting (Part - 1) CoursesGhar