Sentence examples for multiple bit planes from inspiring English sources

In this paper, we have proposed a new technique for reversible data hiding based on efficient compressed domain with multiple bit planes (CDMBP).

In this paper, we proposed a new technique for reversible data hiding based on efficient compressed domain with multiple bit planes.

Our proposed scheme's efficiently compressed domain with multiple bit planes (CDMBP) attained more EC in small block size and gained high reversibility.

We have proposed a new technique for reversible data hiding based on efficient compression algorithm, which is slightly better as compared to binary arithmetic coding method with multiple bit planes (CDMBP).

Furthermore, the possession of multiple bit planes extraction of individual pixels to construct a new image is induced and the overflow/underflow problem is overcome at the same time to escalate the hiding capacity to the extreme level and preserve the high quality of the marked image.

Efficient compressed domain with multiple bit plane to construct CDMBP image and further split it into non-coinciding blocks with reverence of high probability of zero point (ZP), shown in Table 2.

Instead of encoding the bit-planes progressively, the bit-plane encoding process can be finished in one pass when multiple bit-plane encoders are activated concurrently.

Our proposed RDH technique, the sender part, embedded information (I) and proposed conversion (PT) based on efficient compressed domain with multiple bit-plane (CDMBP) image is employed to construct the free hiding space for embedded information I. Afterward, the original image is acquired during converse conversion of (PT-1).

This takes advantage of a holographic optical tweezer system that can control multiple SDMs in 3D (x, y, z) by time-multiplexing the 24 bit planes of a FLCOS SLM and displaying binary holograms.

The resultant image is then decomposed into 8 bit planes and each bit plane is passed through bitonic filter separately.

There are 8 bit planes in this image: the first bit plane contains the set of the most significant bits of each pixel, and the 8th contains the least significant bits, where each bit plane is a binary image.