Academia.eduAcademia.edu

Figure 2 – uploaded by Raimondo Luzzi

See full PDFdownloadDownload figure
Figure 1. Smart card microcomputer architecture.

Figure 1 Smart card microcomputer architecture.

Related Figures (8)

Figure 2. Top-level Randaes chip architecture.
Figure 2. Top-level Randaes chip architecture.
Figure 3. Random-number generators subcell architecture; analog part with full-custom design (a) and digital part with standard-cell design (b).
Figure 3. Random-number generators subcell architecture; analog part with full-custom design (a) and digital part with standard-cell design (b).
Figure 4. Decorrelator top architecture.
Figure 4. Decorrelator top architecture.
Figure 5. Main flow of the Rijndael algorithm.
Figure 5. Main flow of the Rijndael algorithm.
Figure 6. Fully parallel Rijndael round.
Figure 6. Fully parallel Rijndael round.
Figure 7. Top level view of VHDL code.
Figure 7. Top level view of VHDL code.
To mix column Figure 8. Four-in-one entity.
To mix column Figure 8. Four-in-one entity.
Related topics:
Computer HardwareSmart CardCredit CardsElectrical and Electronic Engineering
580 California St., Suite 400
San Francisco, CA, 94104
© 2025 Academia. All rights reserved