Practical Byzantine Fault Tolerance (PBFT) is the foundational paper in Byzantine consensus algorithm. Typically, distributed consensus algorithms assume nodes may fail (and possible recovery), but BFT extends this to tolerate nodes acting arbitrarily. Assumptions BPFT makes strong assumption about these arbitrary failures. Notability that at most f failures will occur in a system of 3f+1
I asked a question on today’s BBC radio 4 show “Any questions?”, http://www.bbc.co.uk/programmes/b06b3ny4, skip to 42:07 to hear me nervously ask “How can we protect the rights of citizens in an increasingly digital world?” and hear the panel’s response. The responses where fairly disappointing but it helps to keep the debate alive.
In this post we will be looking at the results for the Azure latency Pilot study described last week. Yesterday, we started by looking at the aggregated results and found that the measured RTT was larger then expected. Today, we will look at how the results vary depending on which VMs the measurements where taken
This is post we will be looking at the results for the Azure latency Pilot study described last week. We will starting by looking at the aggregate results, disregarding the time a measurement was taken and which machines the measurement was taken between. The 22332 data points have been processed in Python3, in particular using