Thursdays from 10-12.

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7/1210AM-12PM Tioga
  • Name: Kostas
  • Previous Work: Price and Capacity Competition in an idealized communication network
  • Summer Plan: Analysis of datasets obtained from digg.com (and potentially from Essembly.com) with a focus on the structure of the associated social networks.
  • Abstract: In this talk I will discuss some preliminary observations on a small dataset obtained from digg.com. In particular, I will provide evidence that before a story becomes popular it is visible mainly through the social network of the early diggers, however, after it is promoted the nature of diggers changes. Moreover, I will discuss some attempts on answering the following question: how can we estimate the total number of diggs that a news story will get by information on the first 10-15 diggs? The study has obvious connections with viral marketing and generally the question of how a fad/trend spreads in a social network and how to estimate its final penetration by early data.
  • Name: Joseph
  • Previous Work: Predicting Novel Target Sites on Bacterial Ribosomes
  • Summer Plan: Firefox Address Bar Extension & CloudPrint? PC and Printer clients.
  • Abstract: Address Bar Extension Results and Plans for CloudPrint?

  • Name: Thomas
  • Previous Work: Risk Mitigation in Computational Markets
  • Summer Plan: Experimental Evaluation of Admission Control
  • Abstract: This talk will be about market demand forecasting models implemented in Tycoon to support user risk-attitude signalling and multiplexing. A workload trace analysis, probabilistic models and some experimental results will be presented. The second part of the talk will be about some plans on running trace-driven experiments of different levels of guarantee-ensuring admission control mechanisms on top of the Tycoon spot market.
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7/193PM-5PM Kappa
  • Name: Jonathan
  • Previous Work: Higher Order Laplacians in Network Topology
  • Summer Plan: Comparing Market Equilibrium with Nash Equilibrium
  • Abstract: I will talk about the mathematical theories of Hodge decomposition in network topology in its relation to Laplacian operator. Also I will briefly discuss the properties of Laplacian operator and how to identify the topological features in networks using L1 regularizations.
  • Name: Bernardo
  • Title: The Problem of Attention *Abstract: How does novelty and collective attention interact? Is it possible to predict their dynamics and to validate it with real world experiments? And what follows from that?
  • Name: Fang
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7/2610AM-12PM Tioga
  • Name: Li
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  • Name: Scott
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  • Name: Dennis
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8/210AM-12PM Tioga
  • Name: Kevin
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  • Name: Tad
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8/910AM-12PM Tioga
  • Name: Mike
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8/1610AM-12PM Tioga
  • Name: Scott Clearwater
  • Abstract: Prosper
  • Name: Kostas
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9/1310AM-12PM Tioga
  • Name: Jonathan
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  • Name: Thomas
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