Research Challenges: Difference between revisions
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- Latent variables and hidden networks and hypergraphs | - Latent variables and hidden networks and hypergraphs | ||
- Network evolution | - Network evolution | ||
- | - Information visualization pertaining to systemic risk | ||
* Contractual Reasoning and Semantics and Taxonomies and Metadata | * Contractual Reasoning and Semantics and Taxonomies and Metadata | ||
''Coordinators: Benjamin Grosof and Leora Morgenstern and Andreas Cali and Frank Olken'' | ''Coordinators: Benjamin Grosof and Leora Morgenstern and Andreas Cali and Frank Olken'' | ||
- Parsimonious representation of a financial contract | - Parsimonious/machine representation of a financial contract | ||
- Contract evolution | - Contract evolution | ||
- Data models and schema. | - Data models and schema. | ||
- Metadata | - Metadata | ||
- Taxonomies and ontologies and | - Taxonomies and ontologies and poly-hierarchies | ||
- Validation | - Validation and reasoning | ||
* Information Integration and Entity Resolution and Information Quality | * Information Integration and Entity Resolution and Information Quality | ||
| Line 41: | Line 40: | ||
* Model Representation and Model Management | * Model Representation and Model Management | ||
''Coordinators: Phil Bernstein and H.V. Jagadish and Amol Deshpande and Pete Kyle'' | ''Coordinators: Phil Bernstein and H.V. Jagadish and Amol Deshpande and Pete Kyle'' | ||
- | - Data models and schema and metadata | ||
- | - Representing financial models as first-class data objects | ||
- | - Reconciling different perspectives in representation: financial, accounting, legal, … | ||
- Error correction, and propagation of corrections through derived data | |||
- Privacy | |||
We have created a shared google doc. You need to email Michelle (mlui@rhsmith.umd.edu) an | We have created a shared google doc. You need to email Michelle (mlui@rhsmith.umd.edu) an | ||
account that will allow access to docs.google.com . | account that will allow access to docs.google.com . | ||
[https://docs.google.com/present/edit?id=0ATTeYQSh4QTsZGQzaGc3ODlfOWhtNnBnc2Rz] | [https://docs.google.com/present/edit?id=0ATTeYQSh4QTsZGQzaGc3ODlfOWhtNnBnc2Rz] | ||
Revision as of 18:08, 18 July 2012
There will be 2 90 minute Research Challenge sessions on Thursday and Friday afternoon. We have identified 5 themes for multi-disciplinary / computational research. Participants must indicate their interest in participation in at most 2 themes - primary and secondary. Depending on the response we may choose to conduct all 5 themes in parallel over both sessions or design an alternative scenario. Participants are also free to propose additional multi-disciplinary themes or propose merging or splitting themes.
- Network Analysis and Visual Analytics and Machine Learning and Prediction
Coordinators: Bill Ribarsky and Akhtarur Siddique and Amitabh Varshney - Network analysis and clustering and prediction - Latent variables and hidden networks and hypergraphs - Network evolution - Information visualization pertaining to systemic risk
- Contractual Reasoning and Semantics and Taxonomies and Metadata
Coordinators: Benjamin Grosof and Leora Morgenstern and Andreas Cali and Frank Olken - Parsimonious/machine representation of a financial contract - Contract evolution - Data models and schema. - Metadata - Taxonomies and ontologies and poly-hierarchies - Validation and reasoning
- Information Integration and Entity Resolution and Information Quality
Coordinators: Lucian Popa and Joe Langsam and Rachel Pottinger - Human language technologies and document collections - Information extraction - LEI and post LEI challenges - Entity resolution
- Social Media and Crowdsourcing and Markets
Coordinators: Johannes Gehrke and Louiqa Raschid and Michael Wellman - Social media modeling and prediction - Crowdsourcing - Market mechanisms - Prediction markets - Agent based models
- Model Representation and Model Management
Coordinators: Phil Bernstein and H.V. Jagadish and Amol Deshpande and Pete Kyle - Data models and schema and metadata - Representing financial models as first-class data objects - Reconciling different perspectives in representation: financial, accounting, legal, … - Error correction, and propagation of corrections through derived data - Privacy
We have created a shared google doc. You need to email Michelle (mlui@rhsmith.umd.edu) an account that will allow access to docs.google.com . [1]