This software is made available with open access under GNU GPL V3 license.

The software is copyright of the Regents of the University of Minnesota.

1. Incremental Parallel Computing for Continuous Queries in Dynamic Graphs using a Transactional Model, Anand Tripathi, Rahul R. Sharma, Manu Khandelwal, Tanmay Mehta,  in Wiley Concurrency and Computation: Practice and Experience (june 2018) [Digital Object Identifier (DOI) - 10.1002/cpe.4500 http://dx.doi.org/10.1002/cpe.4500.] [Bibtex Entry]

2. Design of a Location-based Publish/Subscribe Service using a Graph-based Computing Model, Anand Tripathi and Henry Hoang, IEEE 3rd International Conference on Collaboration and Internet Computing 2017. [PDF] [Bibtex Entry] [Open Access at University of Minnesota Digital Conservacy]

3. A Transactional Model for Parallel Programming of Graph Applications on Computing Clusters, Anand Tripathi, Vinit Padhye, Tara Sasank Sunkara, Jeremy Tucker, BhagavathiDhass Thirunavukarasu, Varun Pandey, Rahul R. Sharma, IEEE CLOUD 2017. [PDF] [Bibtex Entry] [Avialble at University of Minnesota Digital Conservacy]

4. A Transaction Model with Multilevel Consistency for Shared Data in Distributed Groupware Systems, Anand Tripathi, in Proceedings of IEEE 2nd  International Conference on Collaboration and Internet Computing, 2016. [PDF] [Bibtex Entry] [Open Access at University of Minnesota Digital Conservacy]

5. Scalable Transaction Management for Partially Replicated Data in Cloud Computing Environments, Anand Tripathi and Gowtham Rajappan, in Proceedings of IEEE 9th International Conference on Cloud Computing, 2016. (Best Paper Award) [PDF] [Bibtex Entry] [Open Access at University of Minnesota Digital Conservacy]

6. A Transaction Model for Management of Replicated Data with Multiple Consistency Levels, Anand Tripathi and BhagavathiDhass Thirunavukarasu, in Proceedings of the IEEE Intl. Conference on Big Data, 2015. [PDF] [Bibtex Entry]  [Open Access at University of Minnesota Digital Conservacy]

7. Scalable Transaction Management with Snapshot Isolation for NoSQL Data Storage Systems, Vinit Padhye and Anand Tripathi,  IEEE Transactions on Services Computing. (Jan-Feb 2015)(prepublication version [PDF] [Bibtex Entry]

8. Transaction Management with Causal Snapshot Isolation in Partially Replicated Databases, Vinit Padhye, Gowtham Rajappan and Anand Tripathi, in IEEE Symposium on Reliable Distributed Systems (SRDS'2014). [PDF] [Bibtex Entry]

9. Beehive: A Framework for Graph Data Analytics on Cloud Computing Platoforms, Anand Tripathi, Vinit Padhye, Tara Sasank Sunkara, in Seventh International Workshop on Parallel Programming Models and Systems Software for High-End Computing, held in conjuncton with 2014 International Conference on Parallel Processing (ICPP'2014). [PDF] [Bibtex Entry]

10. Causally Coordinated Snapshot Isolation for Geographically Replicated Data, Vinit Padhye and Anand Tripathi, in IEEE Symposium on Reliable Distributed Systems (SRDS'2012). [PDF] [Bibtex Entry]

11. Scalable Transaction Management with Snapshot Isolation on Cloud Data Management Systems, Vinit Padhye and Anand Tripathi, IEEE International Conference on Cloud Computing, 2012 [Pre-publication version PDF] [Bibtex Entry]
    

• Design of a Location-based Publish/Subscribe Service using a Graph-based Computing Model, (Anand Tripathi and Henry Hoang) Techincal Report TR-17-013, Computer Science & Engineering Department, University of Minnesota, Minneapolis [PDF] [Bibtex Entry]
• Investigation of a Transactional Model for Incremental Parallel Computing in Dynamic Graphs, (Anand Tripathi, Rahul R. Sharma, Manu Khandelwa, Tanmay Mehta, Varun Pandey, Charandeep Parisineti), (presented at the International Workshop on Big Graph Processing BGP-2017, in conjunction with ICDCS-2017  Atlanta, GA). Techincal Report TR-17-005, Computer Science & Engineering Department, University of Minnesota, Minneapolis [PDF] [Bibtex Entry]
• Scalable Transactions in Partially Replicated Data Systems with Causal Snapshot Isolation, (Anand Tripathi, Gowtham Rajappan, Vinit Padhye) Techincal Report TR-15-012, Computer Science & Engineering Department, University of Minnesota, Minneapolis [PDF] [Bibtex Entry]
• Design and Evaluation of a Transaction Model with Multiple Consistency Levels for Replicated Data, (Anand Tripathi, BhagavathiDhass Thirunavukarasu), Techincal Report TR-15-009, Computer Science & Engineering Department, University of Minnesota, Minneapolis [PDF] [Bibtex Entry]
• A Transaction Model for Management for Replicated Data with Multiple Consistency Levels, (Anand Tripathi), 2014. Techincal Report TR-14-021, Computer Science & Engineering Department, University of Minnesota, Minneapolis [PDF] [Bibtex Entry]