Definitions

1. Each message block is then represented as a decimal number that will be encrypted.
2. Server Message Block, a protocol for providing file access and printer sharing over network, mainly used by Microsoft Windows(tm). (Web site)

Text Block

1. The signed text block S is created from the message block M as S = Md mod n.

Product Block Cipher

1. The combined nonlinear transformation and linear transformation results in a product block cipher of the first half of the message block. (Web site)

Block Cipher Encryption Operations

1. Each message block requires two block cipher encryption operations. (Web site)

Combined Data Block

1. XOR the message block with the "seed" data to create a combined data block. (Web site)

Message Block 108

1. Therefore, bit 0 is placed at location 1 in the new (encrypted) message block 108. (Web site)

Index Values

1. The eight index values in index column 104 indicate a specific bit position permutation for the message block. (Web site)

Invention

1. According to a fourth aspect of the invention, a message block is divided into sub-blocks. (Web site)

Bit Pattern

1. The index values are then represented as a bit pattern to generate encrypted message block 308. (Web site)
2. Therefore, encrypted bit pattern 001 is replaced by bit pattern 000 in the new (decrypted or original) message block 306. (Web site)

Fig

1. Specifically, as shown in FIG. 2, bits bit'0-bit'7 in encrypted message block 108 are mapped to addresses 0-7, respectively. (Web site)
2. Specifically, as shown in FIG. 1, bits bit 0 -bit 7 in message block 106 are mapped to addresses 0-7, respectively. (Web site)

Encrypted

1. The eight index values in inverse index column 204 indicate a specific bit position permutation for the encrypted message block. (Web site)
2. In other words, in ECB mode, each plain message block is encrypted independently from all other message blocks. (Web site)
3. In ECB mode, one plain message block is encrypted into only one encrypted cipher block and one encrypted cipher block corresponds to a plain message block. (Web site)

Embodiment

1. In the pictured embodiment, encrypted message block 308 comprises the following sequence of 3-bit patterns: 001, 110, 100, 111, 000, 010, 011, 101. (Web site)

Samba

1. File Server uses the Microsoft SMB (Server Message Block) protocol to share resources on a Samba server for network users. (Web site)

Transformation

1. In performing a bit pattern permutation (i.e., a type 2 transformation), each bit pattern in a message block is treated as an object. (Web site)

Encipher

1. An enciphering process consists of a series of 16 iteration operations to encipher a message block of data bits. (Web site)

Bits

1. In performing type 2 transformations, the message block of 16 bits is divided into four sub-blocks of four bits. (Web site)
2. The result is encrypted message block 108, which comprises the following sequence of bits: bit4, bit0, bit5, bit6, bit2, bit7, bit1, bit3. (Web site)

Associated Data

1. For comparison, CCM mode offering similar functionality requires twice as many encryptions per each message block (associated data requires one as in OCB). (Web site)

Updating

1. Continues an MD5 message-digest operation, processing another message block, and updating the context. (Web site)

Message

1. If the block cipher uses for instance 256-bit keys then each message block (m i) is a 256-bit chunk of the message. (Web site)
2. At step1010, the system encrypts a message or a message block using either z(i) or b(i). (Web site)

Smb

1. NetBIOS is used together with Common Internet File System (CIFS), an extension of Server Message Block (SMB) protocol, to provide file sharing. (Web site)
2. File sharing Linux desktops should deploy Samba, an open source implementation of the SMB (Server Message Block) file sharing protocol. (Web site)

Message Block

1. FIG. 10 is a flowchart illustrating the steps of encrypting a message or message block, in accordance with one embodiment of the invention. (Web site)
2. The type 2 transformation in this embodiment performs the bit pattern transformation over a message block of two bits. (Web site)
3. To ensure a manageable value range, a type 2 transformation may further divide a message block of n bits into w sub-blocks of h bits each. (Web site)

Categories

1. Smb
2. Bit Pattern
3. Cifs
4. Message
5. Four Bits
6. Books about "Message Block" in Amazon.com
   

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