Lecturer: Barbara Rebecchi, Donata Franzi, Federica Manzoli, Barbara Finessi, Nicola De Bellis, Andrea Solieri, Massimo Bianchi, Ledi Halilaj, Valeria Bergonzini, Francesco Baruffi
Schedule:
14-17 November 2017
Program:
See program details .
slide relative al corso di formazione complementare per dottorandi e assegnisti - Edizione 2017.
Exam:
Not yet defined
CFD: 0
Lecturer: Fetah Benabid
Fetah Benabid is a CNRS director of research and honorary professor at the universities of Bath (UK) and Western Australia (Australia). He is the group founder and leader of Gas-Phase Photonic and Microwave Materials (GPPMM) [http://gppmm.xlim.fr] at the CNRS UMR Xlim, Limoges, France. He is the lead founder and the Non-Executive Science and Technology Chief Officer of GLOphotonics [http://www.glophotonics.fr/].
Schedule:
11-14 September 2017
Program:
1. Ultra-fast laser athermal material micro-processing 2. Ultra-fast laser beam delivery challenge 3. Hollow-core photonic crystal fibers 4. Recent advances in Hollow-core photonic crystal fiber ultra-fast beam delivery
Exam:
Not yet defined
CFD: 5
Lecturer: Prof. Lorenzo Alvisi, Cornell University
Schedule:
from 13th of June, 10-13, Sala riunioni primo piano ed. 27
Program:
ABSTRACT:
The objective of this course is to introduce you to the key ideas that have shaped distributed computing and are likely to do so in the future; the ambition of this course is to get you as excited about them as I am. The thing about distributed computing that really grabbed me when I first became exposed to it was how its tremendous practical impact was based on beautiful, elegant, theoretical foundations. Because of
asynchrony, partial failures, network partitions and concurrency (all issues you’ll be an expert on by the end of this course) it is virtually impossible to hack a distributed system into submission: getting it
right means being able to prove things about it. This course strives to mirror the multi-faceted nature of the subject it covers. Classes focuses on fundamentals: We will cover problems, models, algorithms, and
impossibility results.
Bring your laptop.
PROGRAM
- Global states and event ordering: logical clocks, vector clocks, consistent cuts and global property detection
- State machine approach
- Agreement protocols
- Failure detection
- Replication and consistency in geo-replicated systems
- Epidemic Protocols
- Byzantine fault tolerance — blockchains (need to prepare these from scratch, but hey!)
Exam:
Not yet defined
CFD: 6
Lecturer: Professor VU VAN TRUONG, Dr. Eng., School of Transportation Engineering, Hanoi University of Science and Technology
Truong V. Vu received the B.E. (2007) in Mechanical Engineering from Hanoi University of Science and Technology (HUST) in Vietnam, the M.E. (2010) and Ph.D. (2013) in Integrated Science and Engineering from Ritsumeikan University in Japan. He is a Lecturer, School of Transportation Engineering, HUST. Current interests include multiphase and free surface flows, and numerical methods.
Schedule:
Monday, June 26th, 2017, from 11:00 to 13:00, and from 14:00 to 16:00 (Building 26 Meeting Room, 1st floor)
Wednesday, June 28th, 2017, from 11:00 to 13:00, and from 14:00 to 16:00 (Building 26 Meeting Room, 1st floor)
Program:
The purpose of this short course is to get started doing direct numerical simulations (DNS) of multiphase flows. During the course, one will be introduced how to solve the Navier-Stokes equation, what is the front-tracking and its applications to multiphase flows. Some complex problems including phase change will be also introduced.
1. Introduction
2. Simple flow solver
3. 2D front-tracking
4. Introduction to a code for a simple multiphase problem
5. Some complex multiphase flow problems
Exam:
Not yet defined
CFD: 2
Lecturer: n/a
Schedule:
- 09/05 9:00-13:00 aula C fisica
- 11/05 9:00-12:00 aula C fisica
- 12/05 9:00-12:00 aula C fisica
- 17/05 9:00-12:00 FA-0A (lab. Multimediale)
- 19/05 9:00-12:00 FA-0A (lab. Multimediale)
- 23/05 9:00: 13:00 FA-0A (lab. Multimediale)
Program:
Basic English grammar for academic research.
Exam:
Not yet defined
CFD: 3