Video lectures for Multiparty Computation

I am a big fan of filmed talks and conferences, as I personally find they are the best -or at least, the kindest- way to get into a new subject. Considering this, that I am new to the MPC world and that you might have ended up here looking for some on-line learning resources, here are a few talks I have collected that might help you deepen into this interesting area of research. When a name is given, it is that of the person who gave the talk.

Introductory talks 

• Tal Rabin: Secure Multi Party Computation (video part 1(link is external) video part 2(link is external))
• Yehuda Lindell: Definitions and Oblivious Transfer  (slides(link is external) and  video(link is external))
• Benny Pinkas: Yao's Two-Party Protocol and the BMR Multi-Party Protocol   (slides(link is external) and video(link is external))
• Benny Pinkas: The GMW Multi-Party Protocol and Oblivious Transfer Extension   (slides(link is external) and video(link is external))
• Yehuda Lindell: Efficient Zero-Knowledge   (slides(link is external) and video(link is external))
• Yehuda Lindell: Security against Malicious Adversaries   (slides(link is external) and video(link is external))

Practical Two-Party Computation Based on Yao's Protocol 

• Thomas Schneider: Optimizing Yao and GMWl for Semi-Honest Adversaries   (slides(link is external) and video(link is external))
• abhi shelat: Security for Malicious Adversaries with Yao's Protocol - part 1   (slides(link is external) and video(link is external))
• abhi shelat: Security for Malicious Adversaries with Yao's Protocol - part 2   (slides(link is external) and video(link is external))
• abhi shelat: Implementation Issues and Optimizations   (slides(link is external) and video(link is external)) 

The TinyOT Protocol 

• Claudio Orlandi: The TinyOT Protocol - part 1   (slides part 1(link is external) and video(link is external))
• Claudio Orlandi: The TinyOT Protocol - part 2   (slides part 2(link is external), slides part 3(link is external) and video(link is external))

SPDZ and Specific Protocols 

• Ivan Damgård: The SPDZ Protocol  (slides parts 1&2(link is external)  and video part 1(link is external) video part 2(link is external))
• Nigel Smart: Multiparty Computation From Theory to Practice (video)
• Benny Pinkas: ORAM   (slides(link is external) and video(link is external))
• Benny Pinkas: Set Intersection   (slides(link is external) and video(link is external))

Other interesting results in MPC (mostly practice-focused): 

• Ivan Damgård: UC Secure Commitments with Optimal Amortized Overhead   (slides(link is external) and video(link is external))
• Gilad Asharov:  More Efficient Oblivious Transfer Extensions with Security for Malicious Adversaries   (slides(link is external) and video(link is external))
• Elette Boyle: Large-Scale Secure Computation: MPC for Parallel RAM Programs   (slides(link is external) and video(link is external))   

• Muthuramakrishnan Venkitasubramaniam: Rethinking for Secure Computation - A Greedy Approach   (slides(link is external) and video(link is external))    
• Carmit Hazay: Oblivious Polynomial Evaluation and Secure Set-Intersection from Algebraic PRFs   (slides(link is external) and video(link is external))
• Christian Rechberger: Ciphers for MPC and FHE   (slides(link is external))     

• Yehuda Lindell: A Tutorial on SCAPI   (slides(link is external) and video(link is external))
• Marcel Keller: How to Implement Anything in MPC   (slides(link is external) and video(link is external))
• Michael Zohner: ABY – A Framework for Efficient Mixed-Protocol Secure Two-Party Computation   (slides(link is external) and video(link is external))

• Ben Riva: New Consistency Checks and Implementing Online/Offline Yao   (slides(link is external) and video(link is external))
• Claudio Orlandi: Privacy-Free Garbled Circuits with Applications To Efficient Zero-Knowledge   (slides(link is external) and video(link is external))
• Secure Multi-party Computation with Identifiable Abort (video)
• Enrique Larraia: Dishonest Majority Multi-Party Computation for Binary Circuits (video)