Design And Development Of Fpga Based High Performance Radar Data Stream In this study, with an fpga board using vhdl, we designed a secure chaos based stream cipher (scbsc), and we evaluated its hardware implementation performance in terms of computational. Design implementation and characterization of a proposed stream cipher algorithm using an fpga by salah mohamed kholaif a thesis submitted in partial fulfillment to the requirements for the master's degree in electronics and communications engineering.

Figure 3 From The Design And Fpga Based Implementation Of A Stream In this study, with an fpga board using vhdl, we designed a secure chaos based stream cipher (scbsc), and we evaluated its hardware implementation performance in terms of computational complexity and its security. In this paper, we studied and implemented on a xilinx pynq z2 fpga hardware platform using vhdl a novel chaos based stream cipher (scbsc) using a proposed secure pseudo chaotic number generator (spcng). In this study, with an fpga board using vhdl, we designed a secure chaos based stream cipher (scbsc), and we evaluated its hardware implementation performance in terms of computational complexity and its security. This work aims to design and implement key exchange, message encryption and hash generation on a single field programmable gate array (fpga). the flexibility and high speed capability of fpgas make them a suitable platform for cryptographic applications.

Figure 11 From The Design And Fpga Based Implementation Of A Stream In this study, with an fpga board using vhdl, we designed a secure chaos based stream cipher (scbsc), and we evaluated its hardware implementation performance in terms of computational complexity and its security. This work aims to design and implement key exchange, message encryption and hash generation on a single field programmable gate array (fpga). the flexibility and high speed capability of fpgas make them a suitable platform for cryptographic applications. In this paper, we design and implement two new stream ciphers based on pseudo chaotic number generators (pcngs) which integrate discrete chaotic maps, namely, piecewise linear chaotic map. In this paper, we propose and realize an effective hardware implementation on a fpga board of a stream cipher based on robust pseudo chaotic numbers generator (rpcng). Based on works in [6], a lightweight chaos based stream cipher (lwcb sc) is proposed in this paper. this design is implemented on field programmable gate ar ray (fpga) hardware platform. the system includes some counter measures against side channel attacks (sca) [7], such as correlation power analysis (cpa) and differential power analysis (dpa). It presents a proposed design and implementation of a cryptography system based on the lorenz chaos oscillator. the paper methodology uses xilinx system generator (xsg) and field programmable gate array (fpga) technologies to implement the chaotic system.