This document discusses IP addresses and classful addressing. It introduces the different classes of IP addresses (A, B, C, D, E), how the address space is divided among them, and how to determine the class of an IP address in binary, decimal, and dotted-decimal notation. It also discusses how IP addresses are composed of a netid and hostid portion.
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Network layer,ipv4, Classful Addressing,notations, Classless addressing,classful and classless addressing, netid and hostid.
Notations type :-
Binary notations
Dotted decimal notation
Classful addressing and its types:-
class A
class B
class C
class D
class E
Netid and Hostid
hello everyone this a very interesting pps about general concepts of ip address here u can find lot of stuff and all those matter which u could not find even in a search engine
HOPE U LOVE IT
hey! everybody this is my third and last pps of this month and i ensure that this will definately guide you about ip address and its contain and what r all different kinds of ip r available with questions tags specified also. all thoes who u cannot find on any search engine u can get all stuff here!!!!!!
hope u loved it ???!@@@#
Network layer,ipv4, Classful Addressing,notations, Classless addressing,classful and classless addressing, netid and hostid.
Notations type :-
Binary notations
Dotted decimal notation
Classful addressing and its types:-
class A
class B
class C
class D
class E
Netid and Hostid
hello everyone this a very interesting pps about general concepts of ip address here u can find lot of stuff and all those matter which u could not find even in a search engine
HOPE U LOVE IT
In this lecture you can learn about IPv4 addressing Schemes and subnetting in easy and simple way. the topics are explained with example which can help you to understand the concept.
In this lecture you can learn about IPv4 addressing Schemes and subnetting in easy and simple way. the topics are explained with example which can help you to understand the concept.
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14. Example 1
Change the following IP address from binary
notation to dotted-decimal notation.
10000001 00001011 00001011 11101111
15. Example 2
Change the following IP address from
dotted-decimal notation to binary
notation:
111.56.45.78
Solution
129.11.11.239
16. Example 3
Find the error in the following IP Address
111.56.045.78
Solution
01101111 00111000 00101101 01001110
17. Example 3 (continued)
Find the error in the following IP Address
75.45.301.14
Solution
There are no leading zeroes in
Dotted-decimal notation (045)
18. Example 4
Change the following binary IP address
Hexadecimal notation
10000001 00001011 00001011 11101111
Solution
In decimal notation each number <= 255
301 is out of the range
24. Show that Class A has
231 = 2,147,483,648 addresses
Example 5
25. Example 6
Solution
Find the class of the following IP addresses
00000001 00001011 00001011 11101111
11000001 00001011 00001011 11101111
•00000001 00001011 00001011 11101111
1st is 0, hence it is Class A
•11000001 00001011 00001011 11101111
1st and 2nd bits are 1, and 3rd bit is 0 hence, Class C
27. Example 7
Solution
Find the class of the following addresses
158.223.1.108
227.13.14.88
•158.223.1.108
1st byte = 158 (128<158<191) class B
•227.13.14.88
1st byte = 227 (224<227<239) class D
28. IP address with appending port number
158.128.1.108:25
the four octet before colon is the IP address
The number of colon (25) is the port number
