… We make the following key contributions: 1. We introduce D-RaNGe, a new methodology
for extracting true random numbers from a commodity DRAM device at high throughput and …

… and low-latency TRNGs on widely-available commodity devices, … that generate random
numbers using commodity DRAM as an … low latency values based on D-RaNGe’s latency [81] …

… uses commodity DRAM devices to robustly generate high-quality random numbers with
higher throughput and low latency… not use in-DRAM copy operations to further improve D-RaNGe…

… ) and (2) high throughput at low latency. Memories have been … However, existing DRAM-based
TRNGs do not fully satisfy … and delay units to the commodity DRAM devices (eg, DRAM …

… Third, we propose a random number generator that is based on our … D-RaNGe, a new
methodology for extracting true random … at high throughput and low latency. The key idea of …

… propose a novel technique to generate true random numbers (TRNs) using off-the-shelf …
D-RaNGe: Using commodity DRAM devices to generate true random numbers with low latency …

… an effective technique to generate a robust true random number using emerging, energy-…
D-RaNGe: Using commodity DRAM devices to generate true random numbers with low latency …

… [2] JS Kim et al., “D-RaNGe: Using Commodity DRAM Devices to Generate True Random
Numbers with Low Latency and High Throughput,” IEEE International Symposium on HPCA, pp…

… the-art commodity DRAMbased PuM techniques: (i) in-DRAM … ii) in-DRAM true random
number generation (D-RaNGe). We … true random numbers at high throughput and with low latency…

… into two categories: pseudorandom number generator (PRNG) and true random number …
“D-RaNGe: Using commodity DRAM devices to generate true random numbers with low latency …