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Introduction on The Danger Theory Computerphile
Main Features
Developments
Video Highlights & Reports
Conclusion

Introduction on The Danger Theory Computerphile

A practical demonstration of a theory in immunology called " Artificial Immune Systems are taking on board cutting edge immunology research and creating algorithms that exploit it. Dr Julie ... Borrowing from biology and implementing in binary, AIS closely follows immunology and uses it in many areas, including system ... How do we measure harm to improve the performance of Ai in the real world? Dr Hana Chockler is a Reader in Computer Science ... As AI systems become more capable, rule-based safeguards, hard-coded restrictions, and simple alignment strategies start to ... How about a Neural Net where the neurons are actual atoms? Professor Phil Moriarty shows a paper demonstrating the principle ...

Wanacrypt works super fast and even when you're offline. Dr Pound explains how hybrid ransomware systems work. Original ... Dirty Cow is a serious security flaw. Dr Steve Bagley takes us through the details. Mike talks through a binary search bug that was undiscovered for years! Multiple ways to break through restrictions in a network* demonstrated by Dr Richard G Clegg of Queen Mary University London. Part 1 of a Series on AI Safety Research with Rob Miles. Rob heads away from his 'Killer Stamp Collector' example to find a more ... Summing up why Hamming's error correcting codes are regarded as 'Perfect' - Professor Brailsford explains. EXTRA BITS: ...

Main Features

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The "most critical vulnerability of the last decade?" - Dr Bagley and Dr Pound explain why it's so pervasive, and even affected ... The Enigma cipher machine, said to be unbreakable. Alan Turing had a pivotal role in cracking Enigma codes during WWII. No need to understand Turing machines to comprehend the halting problem. Professor Thorsten Altenkirch has a way of using ... A hacked car that could kill you should be more worrying than a thousand lightbulbs taking offline. University of ...