Media Summary: Going hand in hand with Oblivious Transfer is ' Share part of a secret without knowing which part? Dr Tim Muller explains how Oblivious Transfer works. Mike Rosulek, Oregon State University Securing Computation
Garbled Circuits Computerphile - Detailed Analysis & Overview
Going hand in hand with Oblivious Transfer is ' Share part of a secret without knowing which part? Dr Tim Muller explains how Oblivious Transfer works. Mike Rosulek, Oregon State University Securing Computation Looking at the Alderson Loop with Dr Steve Bagley. Behind the scenes on the camera rig used for this episode: ... FleXOR: Flexible garbling for XOR gates that beats free-XOR Mike Rosulek, Oregon State University Zero-Knowledge Using ... The smarter way to dither. Dr Bagley takes us through the Floyd-Steinberg error diffusion dithering technique.
Bubbles in the pipeline? Some of the basic operations at the heart of the CPU explained by Dr Steve Bagley. EXTRA BITS: ... Alan Turing almost accidentally created the blueprint for the modern day digital computer. Here Mark Jago takes us through The ... Why does my neighbour hear the score in the big game before I do? Dr Steve Bagley looks at why video streams suffer delays. "If your name's not down, you're not coming in!" - How the CPU's "Bouncer" keeps some memory off-limits. Matt Godbolt continues ... When you're setting your hardware design out using automated tools is essential, but what if the tools themselves have bugs in ... We've all got to the edge of the wifi coverage, but the idea of coverage produces a network problem, the Hidden Node Problem.
