Usar "byte" en una oración
byte oraciones de ejemplo
byte
1. The two byte string consists of 1st char space(“ ”) followed by a 2nd char
2. ing SubBytes, a lookup table is used to determine what each byte is replaced with
3. ule, and adds the round key to each byte of the state
4. combining each byte of the state with the corresponding byte from the round key
5. Vicky’s laptop sat on the table in front of them lifeless, every single piece of software, every file, every byte of information irretrievably destroyed
6. “every byte of that was created during the period that gaw-
7. A byte of storage represents a character or digit so say that each date can only have 5 not 6
8. “Do you want us to answer that or yourself?” A tinny choir of elevator voices surrounded her in the scratch of inquiry that found her dancing on the head of a byte of information – a 1
9. “You can repeat from the beginning,” Vere found herself again dancing upon the byte
10. “Or just start with the conclusion,” she instantly found herself falling through a different byte, 0, into the blackness at its core
11. She in a sense gave me a byte (bite) to eat, or you can say she gave me a “bit” to eat (8 bits to be exact)
12. If you have any comments, complaints, and especially queries on the content of The Big Byte, I would welcome your contact
13. Since we know that a byte has 8 bits, we need to divide our result of
14. format in that it writes the century in the first byte as a two-digit integer, followed by two digits of the year in the second byte
15. informat in that it expects the two digits of the century in the first byte, followed by two digits of the year in the second byte
16. • Service (1 byte) Contains the hexadecimal value O0, indicating that the system complies with the IEEE 802
17. • Extended Address (EA), 1 bit Indicates whether the current byte contains the last bit of the DLCI
18. The eighth bit of every byte in the Link Info field is an EA bit
19. • Alignment errors A packet that contains a partial byte (that is, a packet with a size in bits that is not a multiple of 8) is said to be misaligned
20. • Starting Delimiter (SD), 1 byte Contains the symbols J and K, which indicate the beginning of the frame
21. • Frame Control (FC), 1 byte Contains two symbols that indicate what kind of data is found in the INFO field
22. • Frame Control (FC), 1 byte Contains two symbols that indicate the function of the frame, using the following hexadecimal values:
23. • Ending Delimiter (ED), 1 byte Contains two T symbols indicating that the frame is complete
24. • Frame Class, 1 byte Specifies the function of the message, using the following values:
25. • Frame Type, 1 byte Indicates the type of message contained in the frame, using the following values:
26. If a datagram contains a byte with the value c0, the system alters it to the 2-byte string db dc before transmission to avoid terminating the packet incorrectly
27. The db byte is referred to as the ESC (escape) character, which, when coupled with another character, serves a special purpose
28. • Address (1 byte) Contains a hexadecimal value of ff, indicating the packet is addressed to all stations
29. • Flag (1 byte) Contains the same value as the flag field at the beginning of the frame
30. • TTL (Time to Live), 1 byte Specifies the number of routers the datagram should be permitted to pass through on its way to the destination
31. • Option Type (1 byte) Contains a value identifying the option that consists of the following three subfields:
32. • Option Length (1 byte) Specifies the total length of the option, including the Option Type, Option Length, and Option Data fields
33. • Code (1 byte) Contains a secondary code identifying the function of the message within a specific type
34. • Number of Addresses (1 byte) Specifies the number of router addresses contained in the message
35. • Address Entry Size (1 byte) Specifies the number of 4-byte words devoted to each address in the message
36. As each system sends data to the other, they increment their sequence numbers for each byte transmitted
37. Just beneath the in-addr domain, there are 256 subdomains named using the numbers 0 to 255 to represent the possible values of an IP address’s first byte
38. Each of these subdomains contains another 256 subdomains representing the possible values of the second byte
39. The byte values of IP addresses are reversed in the in-addr
40. arpa domain because in a DNS name, the least significant word comes first, whereas in IP addresses, the least significant byte comes last
41. The periods between the words are not included, so to delineate the words, each label begins with a single byte that specifies the length of the word (in bytes), after which the specified number of bytes follows
42. After the final word of a fully qualified name, a byte with the value of 0 is included to represent the null value of the root domain
43. The default setting, S (for Stream), indicates that the file will be transferred as a byte stream
44. • Payload Length (1 byte) Specifies the length of the AH header
45. • Pad Length (1 byte) Specifies the size of the Padding field, in bytes
46. • Major Version (1 byte) Specifies the major version of SSL in use
47. • Minor Version (1 byte) Specifies the minor version of SSL in use
48. RAID 3 requires a minimum of three drives, with two or more of the drives holding data striped at the byte level and one drive dedicated to parity information
49. RAID 4 is similar to RAID 3, except that the drives are striped at the block level, rather than at the byte level