Sentence examples for encryption modes from inspiring English sources

Comparing the three plain encryption modes where only one frequency band is encrypted with an increasing maximum shift value, the encryption of the HP coefficients is rated as most secure by these metrics, followed by the encryption of the LP and DC band coefficients.

Moreover, the key and E/D agility allow considering new encryption modes to counteract certain side-channel attacks.

For these encryption modes, a set of images can be found in Figures9,10,11,12 and13 showing the progression of the visual security at various stages when encryption parameter settings are increased.

After analyzing the property of interpolation technology, a stream cipher is utilized to encrypt sample pixels and a specific encryption mode is designed to encrypt interpolation-error of non-sample pixels.

Next the pixels of extracted infrared targets are encrypted using block-cross encryption mode based on the Logistic Sine system.

Additionally, an encryption mode is investigated where not all coefficient signs are encrypted but only a certain percentage of all.

A major drawback of this encryption mode is its impact on code-stream size when manipulating the HP frequency band.

The extent of error propagation of course depends on the employed actual encryption mode of the ciphers in SBE and EEFB.

The 17th bit EF is an encryption flag, which specifies the encryption mode and will be explained in Section 4. The second 32-bits is time stamp, which is the time offset from the beginning packet to the current.

The implementation of this encryption mode uses three parameters: the maximum shift value, which allows to restrict the number by which the coefficients are shifted (max shift); the percentage of coefficients that are to be randomly selected and altered; and the frequency band that should become subject of the RLSE.

Each producer p creates a random value (nonce) n p, and calculates C p,M p =G e (v p,n p,k p ) where C p is the value collected by p after the AES-GCM encryption, M p is the message authentication code of v p, which is the value measured by p, and the function G e is the AES-GCM function in encryption mode.   3.