… Bhowmik A, Dey J, Sarkar A, Karforma S (2019) Computational intelligence based lossless
regeneration (CILR) of blocked gingivitis intraoral image transportation. IAES Int J Artif Intell (…

… proposed a computational intelligence and lossless regeneration on intraoral image
transmission in 2019. Sarkar et al. [16] had proposed an efficient and secured sharing of gingivitis in …

… computational knowledge and lossless recovery on intraoral … proficient and gotten sharing
of gum disease in 2018. Energy … length divided by number of blocks. A continuous conditional …

… on neural organizations for the intraoral data partaking in the … We have presented the
lossless secret sharing of data. … Artificial intelligence based automatic telemedicine unit may …

… proposed soft computing on neural networks for the intraoral … the partial shares but they
cannot regenerate the original one. … Artificial intelligence based automatic telemedicine unit may …

… nanoparticles further, report analysis using Artificial intelligence, and then the transmission
of … The plan utilizes the iterative methodology with a block size of 128 cycles and key size of …

… [47] have proposed a scheme to transport gingivitis intraoral image on E-health arena using
… Autocorrelation refers to the degree of match in the patterns within the blocks of data. There …

… Moreover, computational intelligence is involved in the secret … During the regeneration, the
minimal numbers of threshold shares are … Furthermore, fusion between the blocks containing …

… Computational intelligence based lossless regeneration (CILR) of blocked gingivitis
intraoral image transportation… IAES International Journal of Artificial Intelligence (IJ-AI) 8(3):197–204 …

… Computational intelligence based lossless regeneration (CILR) of blocked gingivitis
intraoral image … IAES International Journal of Artificial Intelligence (IJ-AI), 8(3), 197–204 …