A Chaos Based Image Encryption Using Tinkerbell Map Functions

Detecting the Security Level of Various Cryptosystems Using Machine Learning Models

“…The more the difference between the pixel values, the more will be the contrast in the image. To achieve (a) Plain Cameraman image (b) Encrypted image using encryption scheme proposed in [16] (c) Encrypted image using encryption scheme proposed in [20] (d) Single S-box encryption (e) Encrypted image using encryption scheme proposed in [25] (f) Encrypted image using encryption scheme proposed in [26] (g) Encrypted image using encryption scheme proposed in [27] (h) Encrypted image using encryption scheme proposed in [28] (i) Encrypted image using encryption scheme proposed in [29] FIGURE 3: Encrypted images using exiting schemes. better security, we always required higher values of contrast.…”

“…percentage loss of information after the cropping attack on cipher text images. Ref[26] Ref[27] Ref[28] Ref [29] schemes encryption Contrast 9.9970 8.9650 8.4130 10.3573 11.3587 10.9876 9.6382 10.8938 values…”

Energy Efficient Routing Protocall By One Way Multi-Hope Sensor Nodes

“…Creative results uncover that their strategy cannot simply create start to finish picture change procedure. In [7], He proposed a power-capable picture-changing method for WSNs that fuses wave-based image disruption as a cooperative transmission. With this method the authors use a mixture of SDF (particularly decisive and so forth), so the transmission hub collaborates through converting only a minor-target class of the actual picture by connecting it with the source, obtained by DWT Has been done, that is, discrete wave transforms.…”

“…Each hand-off hub moves as either an RR hub or MR hub during picture transmission measurement. The square space is demonstrated by the DF technique using positions (7) and (8). The DF technique can provide the location capability as follows: f_DF (OSR)=rˆ (2) rˆ refers to the identified or decoded information at the transfer hub, OSR addresses the first information from S to recipient R for work f_DF.…”

“…WSNs as a couple of late process for photo transmissions believe for pressure detection and picture pressure. The greater part of the strategies depends on the understanding strategy called waveform change based picture pressure for the agreeable and non-supporting transmissions of picture [7]. Non-ancillary network-based picture pressure strategy does not affect the presentation of correspondence boundaries, such as the quality picture reproduction and the energy of productivity borders.…”