encipherment

One form of encipherment is here exposed as follows.

The encipherment is performed word-by-word or one letter at a time.

Typically the first two rotors were stationary during encipherment, although they could be set by hand.

That's at the same time we're trying to determine whether the message might precisely conform to some classic model of encipherment.

One novelty is an encipherment using the plaintext as a key.

After encipherment, shift characters had no special meaning.

"We're not sure, but probably an encipherment algorithm."

He was also interested in the encipherment of speech and to this end spent time at Bell Labs.

An alternative, less common term is encipherment.

The small letter a resulting from the encipherment of the number 2 is a null and must be discarded in the decipherment.

A four-square encipherment usually uses standard alphabets in these matrices but it is not a requirement.

About the only good news was that Colonel Goderenko had started his encipherment sequence at the top of page 285.

The encipherment will resume thus:

Encipherment is performed by using an agreed-upon phrase called countersign, placed over the plaintext.

"Just a little bit farther," Erythrina said over her shoulder, speaking in the beast language (encipherment) that they had chosen with their forms.

On a secret frequency, using incredibly ornate encipherment, it relayed everything it had heard with hypersensitive ears.

The rotors advanced odometrically; that is, after each encipherment, the "fast" rotor would advance one step.

The presence of a plugboard ('Steckerbrett') substantially increased the security of the encipherment.

The 'French' method of generating cryptograms arose late in the 19th century and was more akin to normal encipherment.

Each key press caused one or more rotors to advance, and thus the encipherment varied from one key press to the next.

"It would not surprise me if after all is said and done that this is actually a Breen encipherment system given to the Dominion.

In the mid-1930s, they solved the first Japanese machine for encipherment of diplomatic communications, known to the Americans as RED.

He designed a number of cipher machines, and was one of the early inventors of the wired rotor principle for machine encipherment.

At each key depression, at least one of the rotors (the right-hand or "fast" rotor) advanced one position, which caused the encipherment to alter.

The encipherment, then, was SO, HA, HO, the third kana providing the garble check."