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The fifth address class defined by the IP address specification is a reserved address class known as Class E A Class E address' first four bits contain the value of 1111 This results in the remaining 28 bits being capable of supporting approximately 2684 million addresses Class E addresses are restricted for experimentation
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Recognizing that the direct use of 32-bit binary addresses is both cumbersome and unwieldy to deal with, a technique more acceptable for human use was developed That technique is referred to as dotted-decimal notation in recognition of the fact that the technique developed to express IP addresses occurs via the use of four decimal numbers separated from one another by decimal points Dotted-decimal notation divides the 32-bit IP address into four eight-bit (one byte) fields, with the value of each field specified as a decimal number, which can range from 0 to 255 in bytes 2, 3, and 4 In the first byte of an IP address, the setting of the first four bits in the byte that is used to denote the address class limits the range of decimal values that can be assigned to that byte For example, from Figure 3 4, a Class A address is defined by the first bit position in the first byte being set to 0 Thus, the maximum value of the first byte in a Class A address is 127 Table 3 2 summarizes the numeric ranges for Class A through Class C IP addresses To illustrate the formation of a dotted-decimal number, let's first focus our attention on the decimal relationship of the bit positions in a byte Figure 3 5 indicates the decimal values of the bit positions within an eight-bit byte Note that the decimal value of each bit position corresponds to 2^n, where n is the bit position in the byte Using the decimal values of the bit positions shown in Figure 3 5, let's assume the first byte in an IP address has its bit positions set to 01100000 Then the value of that byte expressed as a decimal number becomes 64 + 32, or 96 Now let's assume that the second byte in the IP address has the bit values 01101000 The decimal value of that binary byte is 64 + 32 + 8 or 104 Let's further assume that the last two bytes in the IP address have the bit values 00111110 and 10000011 Then the third byte would have the decimal value 32 + 16 + 8 + 4 + 2 or 62, while the last byte would have the decimal value 128 + 2 + 1, or 131
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Figure 3 5: Decimal values of bit positions in a byte
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Table 3 2: Class A Through C Address Characteristics
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Length of Network Class Address (Bits) First Number Range (Decimal)
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8 16 24
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0 127 128 191 192 223
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Based on the preceding information, the dotted decimal number 9610462131 is equivalent to the binary number 01100000011010000011111010000011 Obviously, it is easier to work with as well as remember four numbers separated by periods, rather than a string of 32 digits
Reserved Addresses
Three blocks of IP addresses were originally reserved for networks that would not be connected to the Internet Those address blocks were defined in RFC 1918, Address Allocation for Private Internets, and are summarized in Table 3 3 Both security considerations and the difficulties in obtaining large blocks of IP addresses resulted in many organizations using the addresses listed in Table 3 3 for connecting their network to the Internet Because the use of any private Internet address by two or more organizations would result in addressing conflicts and the unreliable delivery of information, those addresses are not directly used Instead, organizations commonly install a proxy firewall that provides address translation between a large number of private Internet addresses used on the internal network and a smaller number of assigned IP addresses Not only does this technique allow organizations to connect large internal networks to the Internet without being able to obtain relatively scarce Class A or B addresses, the proxy firewall hides internal addresses from the Internet community Table 3 3: Reserved IP Addresses for Private Internet Use
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