This paper presents a new method for implementing TRNGs in FPGA devices, which relies on filling a region or the whole FPGA chip close to its maximal ...

Abstract. This paper presents a new method for implementing TRNGs in. FPGA devices, which relies on filling a region or the whole FPGA chip close to.

Octavian Cret, Radu Tudoran, Alin Suciu, Tamas Györfi: Exploiting Crosstalk Effects in FPGAs for Generating True Random Numbers.

This paper presents an original method for creating TRNGs in Xilinx FPGAs. The design is based on agglomerating active logic in a given region of the FPGA ...

A new method for implementing TRNGs in FPGA devices based on filling the chip close to its maximal capacity and exploiting the interconnection network as ...

In this article, we show that “long” routing wires present a new source of information leakage on FPGAs, by influencing the delay of adjacent long wires. We ...

This paper presents a new method for implementing TRNGs in FPGA devices, which relies on filling a region or the whole FPGA chip close to its maximal capacity ...

Dec 14, 2012 · In this thesis a True Random Number Generator (TRNG) employed for cryptographic applications is investigated, implemented and evaluated.

– Crosstalk-based TRNGs: this method relies on filling a region or the whole. FPGA chip close to its maximal capacity and exploiting the interconnection network ...

This paper presents a new type of True Random Number Generator based on jitter and metastability implemented in the latest family of Xilinx FPGA devices, ...