[Παλιό] -- Σεμινάριο Αλγορίθμων
- HdkiLLeR
- Venus Project Founder
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Ναι όντως εγώ πιο μετά το έπιασα οπότε δεν θα την παλέψω μάλλον
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O M+ V-- PS++>+++ PE- Y++ PGP++ t+ 5+ X+ R* tv b++ DI- D+ G+++ e+++>++++ h r++ y++
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"UNIX is basically a simple operating system, but you have to be a genius to understand the simplicity." -- Dennis Ritchie
Version: 3.12
GCS d-->--- s+:+ a- C++(+++) BILS++++$ P--- L++++>+++++ E--- W+++ N+ o+ K w--
O M+ V-- PS++>+++ PE- Y++ PGP++ t+ 5+ X+ R* tv b++ DI- D+ G+++ e+++>++++ h r++ y++
------END GEEK CODE BLOCK------
"UNIX is basically a simple operating system, but you have to be a genius to understand the simplicity." -- Dennis Ritchie
- AnINffected
- Gbyte level
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Α, και το δεύτερο;Ούτε εγώ θα την παλέψω τότε.Ethel wrote:Παίδες δεν ξέρω αν το χετε καταλάβει αλλά μιλάμε για Πληροφορική ΕΚΠΑ, όχι ΟΠΑ.
Άρα πρέπει να ανηφορίσετε για τα σεμινάρια αυτά...
Αν πάτε εσείς, πείτε μας & εντυπώσεις!
The Punisher wrote:Πάντως για όσα γίνονται στην αίθουσα Τηλεδιάσκεψης δε σημαίνει και απαραίτητα ότι χρησιμοποιούν και το εξοπλισμό για Τηλεδιάσκεψη, απλά χρησιμοποιούν την αίθουσα!
Πάντως είχα προσπαθήσει να παρακολουθήσω τα πιο παλία (βλ. προηγούμενη σελίδα) που όντως γίνονταν και από απόσταση αλλά τζίφος.
Είχε προσπαθήσει κανείς άλλος;
Πρέπει να ρωτήσω τους υπεύθυνους τί παίζει...
The Analytical Engine has no pretensions to originate anything. It can do whatever we know how to order it to perform (...)
Ada Lovelace
Θέλω και εγώ να παίξω D&D λέμε!!!
Ada Lovelace
Θέλω και εγώ να παίξω D&D λέμε!!!
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- Venus Former Team Member
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- AnINffected
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- Venus Former Team Member
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- Ethel
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Λύδια Καβράκη (Rice U.)
From Robots to Biomolecules: Computing Meets the Physical World
Πέ 19 Οκτωβρίου, 12.00 Aίθουσα Τηλεσυσκέψεων, 2os όροφος, Kέντρο Δικτύων
Η περίληψη ακολουθεί, ενώ γενικές πληροφορίες βρίσκονται στη σελίδα: http://www.di.uoa.gr/~emiris/seminar/.
Η ομιλία θα μεταδοθεί σε πραγματικό χρόνο στο διαδίκτυο, βλ.: http://lessons.di.uoa.gr/mediacenter.php
Περίληψη
Representing shape and motion in the physical world is a core problem in applications ranging from robotics to modeling biomolecular interactions. Our laboratory has pioneered motion planning algorithms that have enjoyed widespread success and have fueled significant research developments. This talk will first present our latest work on motion planning under physical constraints. Then it will shown how we use the experience we have gained through robotics to develop algorithms that analyze the flexibility of biomolecules. The implications of our work to drug discovery will be discussed. Our research represents a new trend in computer science: the development of algorithms for solving complex high-dimensional geometric problems arising in the physical world. We will highlight the challenges we face as well as the opportunities we have to impact molecular biology and medicine.
Biographical Sketch.
Lydia E. Kavraki is the Noah Harding Professor of Computer Science at Rice University. She also holds joint appointments at the Department of Bioengineering at Rice and the Department of Structural and Computational Biology and Molecular Biophysics at Baylor College of Medicine. Kavraki received her B.A. from the University of Crete and her Ph.D. in Computer Science from Stanford University. For more information see http://www.cs.rice.edu/~kavraki .
From Robots to Biomolecules: Computing Meets the Physical World
Πέ 19 Οκτωβρίου, 12.00 Aίθουσα Τηλεσυσκέψεων, 2os όροφος, Kέντρο Δικτύων
Η περίληψη ακολουθεί, ενώ γενικές πληροφορίες βρίσκονται στη σελίδα: http://www.di.uoa.gr/~emiris/seminar/.
Η ομιλία θα μεταδοθεί σε πραγματικό χρόνο στο διαδίκτυο, βλ.: http://lessons.di.uoa.gr/mediacenter.php
Περίληψη
Representing shape and motion in the physical world is a core problem in applications ranging from robotics to modeling biomolecular interactions. Our laboratory has pioneered motion planning algorithms that have enjoyed widespread success and have fueled significant research developments. This talk will first present our latest work on motion planning under physical constraints. Then it will shown how we use the experience we have gained through robotics to develop algorithms that analyze the flexibility of biomolecules. The implications of our work to drug discovery will be discussed. Our research represents a new trend in computer science: the development of algorithms for solving complex high-dimensional geometric problems arising in the physical world. We will highlight the challenges we face as well as the opportunities we have to impact molecular biology and medicine.
Biographical Sketch.
Lydia E. Kavraki is the Noah Harding Professor of Computer Science at Rice University. She also holds joint appointments at the Department of Bioengineering at Rice and the Department of Structural and Computational Biology and Molecular Biophysics at Baylor College of Medicine. Kavraki received her B.A. from the University of Crete and her Ph.D. in Computer Science from Stanford University. For more information see http://www.cs.rice.edu/~kavraki .
There's no place like 127.0.0.1
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- Venus Former Team Member
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- Venus Former Team Member
- Posts: 7561
- Joined: Thu Oct 27, 2005 1:43 pm
- Academic status: Alumnus/a
- Gender: ♂
- Location: Boston, MA
- AnINffected
- Gbyte level
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Πωπωπωπω τί τέλειο-τέλειο-τέλειο πράγμα είναι αυτό!!!!
Που τα βρίσκεις όλα αυτά βρε Ethel!!!
Τέλειο-τέλειο-τέλειο!!!
...And it's out of my system!
Ώχ, έχουμε την ίδια ώρα Γραμμική ε;Σκούρα τα πράγματα...
Πάντως μου κάνει εντύπωση οτί στο mediacenter ως επόμενο event αναφέρει το Σεμινάριο Grid Computing, στις 23/10 και 24/10.
Που τα βρίσκεις όλα αυτά βρε Ethel!!!
Τέλειο-τέλειο-τέλειο!!!
...And it's out of my system!
Ώχ, έχουμε την ίδια ώρα Γραμμική ε;Σκούρα τα πράγματα...
Πάντως μου κάνει εντύπωση οτί στο mediacenter ως επόμενο event αναφέρει το Σεμινάριο Grid Computing, στις 23/10 και 24/10.
The Analytical Engine has no pretensions to originate anything. It can do whatever we know how to order it to perform (...)
Ada Lovelace
Θέλω και εγώ να παίξω D&D λέμε!!!
Ada Lovelace
Θέλω και εγώ να παίξω D&D λέμε!!!
- Ethel
- Venus Project Founder
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Shanghua Teng (Boston University)
Game and Market Equilibria
Tρίτη 20 Δεκεμβρίου, 14:15
Αίθουσα ΣT', Ισόγειο
Περίληψη
I will present some recent advances in Computational Game Theory and
particularly in computing and approximating Nash equilibria. As you
may have already known, the notion of Nash equilibria has captured the
imagination of much of the computer science theory community, both for
its many applications in the growing domain of online interactions and
for its deep and fundamental mathematical structures. As the
complexity and scale of typical internet applications increase, the
problem of efficiently analyzing their game-theoretic properties
becomes more pointed.
I will cover the recent results in settling several open questions
about Nash equilibria. I will particularly focus on the complexity of
approximation in, as well as the smoothed complexity of,
non-cooperative two-player games. Those results link the computational
complexity of Nash equilibria to Brower's fixed point, Sperner's
lemma, and to Papadimitriou's complexity class, PPAD, characterized by
the end-of-line problem.
If time permits, I will also cover the extensions of these results to
other equilibrium problems such as in trading and market economies.
Joint work with Xi Chen (Tsinghua University), Xiaotie Deng (The City
University of Hong Kong). Also with Li-Sha Huang (Tsinghua University)
and Paul Valiant (MIT).
Game and Market Equilibria
Tρίτη 20 Δεκεμβρίου, 14:15
Αίθουσα ΣT', Ισόγειο
Περίληψη
I will present some recent advances in Computational Game Theory and
particularly in computing and approximating Nash equilibria. As you
may have already known, the notion of Nash equilibria has captured the
imagination of much of the computer science theory community, both for
its many applications in the growing domain of online interactions and
for its deep and fundamental mathematical structures. As the
complexity and scale of typical internet applications increase, the
problem of efficiently analyzing their game-theoretic properties
becomes more pointed.
I will cover the recent results in settling several open questions
about Nash equilibria. I will particularly focus on the complexity of
approximation in, as well as the smoothed complexity of,
non-cooperative two-player games. Those results link the computational
complexity of Nash equilibria to Brower's fixed point, Sperner's
lemma, and to Papadimitriou's complexity class, PPAD, characterized by
the end-of-line problem.
If time permits, I will also cover the extensions of these results to
other equilibrium problems such as in trading and market economies.
Joint work with Xi Chen (Tsinghua University), Xiaotie Deng (The City
University of Hong Kong). Also with Li-Sha Huang (Tsinghua University)
and Paul Valiant (MIT).
There's no place like 127.0.0.1
-
- Venus Former Team Member
- Posts: 7561
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Ethel με πρόλαβες ... παρέλειψες όμως κάτι !
θα μπορούσε κανείς να κάνει capture την ομιλία μέσω του Internet? αν ναι, ας στείλει ένα pm ...Η περίληψη ακολουθεί, ενώ γενικές πληροφορίες βρίσκονται
στην σελίδα: http://www.di.uoa.gr/~emiris/seminar/.
Η ομιλία θα μεταδοθεί σε πραγματικό χρόνο στο διαδίκτυο,
βλ.: http://lessons.di.uoa.gr/mediacenter.php
-
- Venus Former Team Member
- Posts: 7561
- Joined: Thu Oct 27, 2005 1:43 pm
- Academic status: Alumnus/a
- Gender: ♂
- Location: Boston, MA