IBM Research-India
The AAAI-13 Conference Workshops
Agrawal, Vikas (IBM Research-India) | Archibald, Christopher (Mississippi State University) | Bhatt, Mehul (University of Bremen) | Bui, Hung (Nuance) | Cook, Diane J. (Washington State University) | Cortés, Juan (University of Toulouse) | Geib, Christopher (Drexel University) | Gogate, Vibhav (University of Texas at Dallas) | Guesgen, Hans W. (Massey University) | Jannach, Dietmar (TU Dortmund) | Johanson, Michael (University of Alberta) | Kersting, Kristian (University of Bonn) | Konidaris, George (Massachusetts Institute of Technology) | Kotthoff, Lars (University College Cork) | Michalowski, Martin (Adventium Labs) | Natarajan, Sriraam (Indiana University) | O'Sullivan, Barry (University College Cork) | Pickett, Marc (Naval Research Laboratory) | Podobnik, Vedran (University of Zagreb) | Poole, David (University of British Columbia) | Shastri, Lokendra (GM Research, India) | Shehu, Amarda (George Mason University) | Sukthankar, Gita (University of Central Florida)
The AAAI-13 Conference Workshops
Agrawal, Vikas (IBM Research-India) | Archibald, Christopher (Mississippi State University) | Bhatt, Mehul (University of Bremen) | Bui, Hung (Nuance) | Cook, Diane J. (Washington State University) | Cortés, Juan (University of Toulouse) | Geib, Christopher (Drexel University) | Gogate, Vibhav (University of Texas at Dallas) | Guesgen, Hans W. (Massey University) | Jannach, Dietmar (TU Dortmund) | Johanson, Michael (University of Alberta) | Kersting, Kristian (University of Bonn) | Konidaris, George (Massachusetts Institute of Technology) | Kotthoff, Lars (University College Cork) | Michalowski, Martin (Adventium Labs) | Natarajan, Sriraam (Indiana University) | O' (University College Cork) | Sullivan, Barry (Naval Research Laboratory) | Pickett, Marc (University of Zagreb) | Podobnik, Vedran (University of British Columbia) | Poole, David (GM Research, India) | Shastri, Lokendra (George Mason University) | Shehu, Amarda (University of Central Florida) | Sukthankar, Gita
Benjamin Grosof (Coherent Knowledge from episodic memory to great progress is being made on methods Systems) on representing activity create semantic memory, using a combination to solve problems related to structure context through semantic rule methods, of semantic memory and prediction, motion simulation, deriving from experience in the episodic memory to guide users?
Design and Analysis of Value Creation Networks
Kameshwaran, Sampath (IBM Research - India) | Mehta, Sameep (IBM Research-India) | Pandit, Vinayaka (IBM Research - India)
There are many diverse domains like academic collaboration, service industry, and movies, where a group of agents are involved in a set of activities through interactions or collaborations to create value. The end result of the value creation process is two pronged: firstly, there is a cumulative value created due to the interactions and secondly, a network that captures the pattern of historical interactions between the agents. In this paper we summarize our efforts towards design and analysis of value creation networks: 1) network representation of interactions and value creations, 2) identify contribution of a node based on values created from various activities, and 3) ranking nodes based on structural properties of interactions and the resulting values. To highlight the efficacy of our proposed algorithms, we present results on IMDB and services industry data.