ip adresses are put into the binary format so computers can make sense of them. hexadecimal is used for the same purpose.
To convert the decimal IP address 131.9.202.111 into binary format, each octet is converted separately. The binary representation is as follows: 131 is 10000011, 9 is 00001001, 202 is 11001010, and 111 is 01101111. Therefore, the complete binary format of the IP address is 10000011.00001001.11001010.01101111.
To convert the decimal IP address 131.9.202.111 to binary format, each decimal octet is converted to an 8-bit binary number. This results in: 131 (10000011), 9 (00001001), 202 (11001010), and 111 (01101111). Therefore, the binary format for the IP address 131.9.202.111 is 10000011.00001001.11001010.01101111.
Dotted decimal
binary firewall that allows only authorized IP addresses to pass through the firewall.
Dotted decimal
dotted decimal
An IP address can also be referred to as a "binary" format, as it is fundamentally represented in binary code. Additionally, it may be expressed in hexadecimal notation, especially in contexts like networking and programming. In some cases, IP addresses can also be represented as "CIDR notation," which combines the IP address with a suffix indicating the subnet mask.
IP Addresses don't necessarily have text addresses. http://www.ansers.com has an IP address, it is currently 216.8.179.26. You can see the IP address of any website by using the ping utility on any computer. If you want your IP address to have a text translation you could sign up for a service like DynDns. DynDns is a free service and can be found at dyndns.org. The format you are used to seeing IP addresses in, such as 192.168.1.100, has a binary equivilant. Really, the only reason we use the decimal version is because it is easier to read and remember. 192.168.1.100 would be 11000000.10101000.00000001.11001000 in binary.
Dotted-decimal notation
it is just a delimiter. Domain names are human friendly form of IP addresses which are numerical(binary) & contain delimiter dot(.).
Each number in an IP address represents an octet (8-bit binary number) in the IPv4 address format, separated by periods. The numbers range from 0 to 255 and indicate the specific network and host address within the IP network. IP addresses are used to uniquely identify devices on a network.
A letter addressing scheme has to do with a TCP/IP protocol. Addresses are determined by both decimal and binary counting.