How ot make nudes in adobe photoshop 2018

#How ot make nudes in adobe photoshop 2018 serial number
#How ot make nudes in adobe photoshop 2018 serial
#How ot make nudes in adobe photoshop 2018 code

So, all color laser printouts printed onto A4 white paper and collected from different photocopiers and printing offices. Furthermore, the yellow dots had embedded in a different color paper, but the extraction step could be difficult in the tracking than occurred in white papers.

#How ot make nudes in adobe photoshop 2018 serial

Characteristic regions that have exhibited, a serial number, a date and time (if found) in color laser printouts of XeroxВ® brand has been tracking to achieve our goal for the identification step.Д«ased on complementary colors, white papers selected to produce more vivid visual contrast for representation in the HSL (hue, saturation, and lightness) mode. In contrary, all studied color laser multifunction printers of XeroxВ® brand contained a date and time for the printing process (as given in Table 1). According to the size of a color laser printer of XeroxВ® brand, we could notice that not all small office color laser printers have contained the information about a date or time for the printing process.

#How ot make nudes in adobe photoshop 2018 serial number

The covert information mainly has contained a serial number of a color laser machine.

#How ot make nudes in adobe photoshop 2018 code

We have tracked these yellow dots or machine identification code because they have contained the covert information about the source of a color laser machine candidate (or a defendant). In our route of work, we have explored color laser printers of XeroxВ® brand via AdobeВ® PhotoshopВ® CC 2018 as a nondestructive and indirect tool to implement the steganalysis process. These tracking dots called Machine identification code (MIC)(van Beusekom, Shafait, & Breuel, 2013), counterfeiting protection system code (CPS) (van Beusekom et al., 2010), and Coded dots matrix (CDM) pattern. The printer steganography consisted of embedded small microdots in their sizes, appeared in yellow color for a naked eye by zooming in with 36 X and called tracking dots (van Beusekom, Schreyer, & Breuel, 2010). The active strategy has presented as a form of steganography for securing color laser printouts (Mace, 2010). In our work, we have followed an active strategy for the identification. So, we have explored a new methodology for identifying the color laser printer source in a good attend enabling us to achieve an accuracy ratio hundred percent in our investigations. Notwithstanding, the previous methods could give good evidence but didnвЂ™t reach to hundred percent in their detections. Choi et al., 2009) and noisy features analysis (J. In the last decade, digital forensic labs have introduced excess approaches to try catching a source of a defendant color laser printer such as, halftone analysis (Kim & Lee, 2014), statistical analysis of discrete wavelet transform (J. Therefore, the determination of color laser printers source seized in forgery crimes became one of the most challenges in digital forensic labs today. In 2010, with a concordance between the US Secret Service and Freedom of Information Act (FOIA) and printer manufacturers (Canon, Brother, Casio, Hewlett-Packard, Konica, Minolta, Ricoh, Sharp and Xerox) agreed for commitments for identification counterfeiting crimes had committed via color laser machines. Since 1990, the Japan Business Machine Makers Association (JBMA) adopted a Counterfeit Protection System to decrease the counterfeiting and positively identify color laser copiers used illegally (MAFS Workshop, 2000) (Tweedy, 2001). Moreover, we could detect the identity and uniqueness of each color laser printer which had studied with anВ accuracy ratio reached to aВ hundred percent. Via AdobeВ® PhotoshopВ® CC 2018, we could successfully track all active security features characteristic of the color laser printers of XeroxВ® brand. Therefore, we could extract the clear precise machine identification code pattern corresponding to each color laser printer of XeroxВ® brand selected. In this study, we could detect the hidden information (steganalysis) embedded in the color laser printouts of XeroxВ® brand candidate. AdobeВ® PhotoshopВ® CC 2018 has used as an indirect and nondestructive tool for our work.

We have explored an advanced security feature that has embedded in the color laser printouts of XeroxВ® brand. Till now no any scientific method has reported at all over the world that could be applied to make a success in an investigation for identifying the source of color laser printers with accuracy ratio 100%. The seized source of color laser printers in forgery crimes has been still an awkward issue today in digital forensic labs for identification. In a field of digital forensic science, we have struggled to prove and keep any evidence in its most original form.