Sentence examples for binary strings can be from inspiring English sources

Shannon offers a theoretical framework in which binary strings can be interpreted as words in a (programming) language containing a certain amount of information (see 3.1 Languages).

For the 32 rounds of data processing, the 32-bit binary strings can be obtained through the equation X i =F Xi−1,Ki−1)⊕(Xi−2⋘8), i∈[2,33], where F is the round function which is illustrated in Fig. 4, Ki−1 represents the 32-bit round subkey in each round encryption, and the operation ⋘ represents the 8-bit left cyclic shift.

This binary string can be interpreted as the following rule: "IF age is (old or very old) and smoking is true and has heart events recently is true THEN UA risk is high".

The median string of a set of strings can be defined as the string that minimizes the sum of distances to the strings of a given set.

When a tainted string is split, all of its sub-string can be tainted.

Binary digits can be grouped together into bytes.

A binary can be found here:.

In it, Shannon defined the units of information, the smallest possible chunks that cannot be divided any further, into what he called "bits" (short for binary digit), strings of which can be used to encode any message.

If L n BRGC denotes the listing of nBRGC-bit binary strings, then nBRGC-bit BRGC can be defined recursively as follows: L 1 = 0.1 L n BRGC = 0 L n BRGC − 1, 1 L n BRGC − 1 ¯ for n BRGC > 1 (14).

In particular, grammatical evolution is a more flexible alternative version of genetic programming since the binary string as a heritable material can be translated into a functional solution, or computer program, via grammar rules [ 36].

Grammatical evolution is a flexible alternative version of genetic programming since the binary string as a heritable material can be translated into a functional solution, or computer program, via a set of grammar rules [ 32].