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education [2017/08/30 16:47] wang |
education [2018/03/27 13:19] taziki |
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| - | * **Multicore computing**: a project here would consist for instance in designing and implementing efficient lock-based or lock-free shared objects; please contact [[http://people.epfl.ch/tudor.david|Tudor David]] or [[https://people.epfl.ch/igor.zablotchi|Igor Zablotchi]] to get more information. | + | * **Multicore computing**: a project here would consist for instance in designing and implementing efficient lock-based or lock-free shared objects; please contact [[http://tudordavid.com|Tudor David]] or [[https://people.epfl.ch/igor.zablotchi|Igor Zablotchi]] to get more information. |
| * **Dynamic distributed computing**: a project here would consist for instance in designing and implementing applications that would run in a simulation of a cloud with high churn, but possibly robust to arbitrary behavior of some of its components; please contact [[http://people.epfl.ch/matej.pavlovic|Matej Pavlovic]] to get more information. | * **Dynamic distributed computing**: a project here would consist for instance in designing and implementing applications that would run in a simulation of a cloud with high churn, but possibly robust to arbitrary behavior of some of its components; please contact [[http://people.epfl.ch/matej.pavlovic|Matej Pavlovic]] to get more information. | ||
| - | * **Recommender systems, Distributed Machine Learning**: Projects in context of recommender systems can be found here: __[[List of Projects]]__ whereas projects in context of distributed machine learning can be found here: __[[Distributed ML]]__. If you are interested in any project, please contact [[http://people.epfl.ch/rhicheek.patra|Rhicheek Patra]] or [[http://people.epfl.ch/georgios.damaskinos|Georgios Damaskinos]]. | + | * **[[Distributed ML|Distributed Machine Learning]]** |
| * **Distributed and Fault-tolerant algorithms**: projects here would consist in designing failure detection mechanisms suited for large-scale systems, real-time systems, and systems with unreliable communication or partial synchrony. This task also involves implementing, evaluating, and simulating the performance of the developed mechanisms to verify the achievable guarantees; please contact [[http://people.epfl.ch/david.kozhaya|David Kozhaya]] to get more information. | * **Distributed and Fault-tolerant algorithms**: projects here would consist in designing failure detection mechanisms suited for large-scale systems, real-time systems, and systems with unreliable communication or partial synchrony. This task also involves implementing, evaluating, and simulating the performance of the developed mechanisms to verify the achievable guarantees; please contact [[http://people.epfl.ch/david.kozhaya|David Kozhaya]] to get more information. | ||
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| * **Distributed database algorithms**: a project here would consist in implementing and evaluating protocols that are running in today's database systems, e.g., [[https://en.wikipedia.org/wiki/Two-phase_commit_protocol|2PC]], and comparing them with those protocols that can potentially be used in future database systems; please contact [[http://people.epfl.ch/jingjing.wang|Jingjing Wang]] to get more information. | * **Distributed database algorithms**: a project here would consist in implementing and evaluating protocols that are running in today's database systems, e.g., [[https://en.wikipedia.org/wiki/Two-phase_commit_protocol|2PC]], and comparing them with those protocols that can potentially be used in future database systems; please contact [[http://people.epfl.ch/jingjing.wang|Jingjing Wang]] to get more information. | ||
| - | * **Machine learning attacks privacy**: a project here would consist in implementing attacks to privacy-preserving platforms using machine learning (e.g., a neural network); please contact [[http://people.epfl.ch/mahsa.taziki|Mahsa Taziki]] to get more information. | ||