Management of a large institute is a critical task in
today’s rapidly changing environment. ERP system has become
an essential tool for managing such large organisations.
Paperwork of organizations is hugely decentralized and
scattered. Our project aims to completely replace the traditional
system which is heavily paper-based, by our automated software
and reduce this inefficiency. It will integrate all the management
systems required for college administration along with providing
data integrity, security and multiple levels of abstraction. The
system also proposes an intelligent querying approach by adding
an abstraction data layer to reduce the extensive load on server
in such systems. Once deployed, the system will effectively
reduce the manual work by automating and integrating all the
processes involved in college management, thus improving the
overall management and thereby increasing the quality and
efficiency of the organisation.
Parth Amalgaonkar : He is a student pursuing B.E. under Pune University from G.H.
Raisoni College of Engineering and Technology. He is working on a
project “Enterprise Resource Planning for College Administration” in
B.E. which is sponsored by Persistent Systems Ltd.
Supriya Jadhav : She is a student pursuing B.E. under Pune University from G.H.
Raisoni College of Engineering and Technology. She is working on a
project “Enterprise Resource Planning for College Administration” in
B.E. which is sponsored by Persistent Systems Ltd.
ERP
integration
information
intelligent querying
management
security
The scope of this project is one with perpetual
improvement. Owing to the loosely coupled three-tier
architecture, updates and upgrades to the system are easy
to add. As the database is ever-expanding, in the future it
can be easily deployed on the cloud for big data storage.
This is because of the portability of the system. The ABE
used in our system goes a long way in making storage of
data on third-party cloud networks possible by ensuring
database security and data integrity. In the future, the
system can be easily enhanced by adding more attributes
to the database, by adding more sub-modules to increase
the depth and scalability of the system. More features can
be added to include features like notifications to parents,
which let the parents to be up to date with their ward’s
progress.
[1] Qin Liu, C. Tan, Member, IEEE, Jie Wu, Fellow,
IEEE and Guojun Wang, Member IEEE, 2013.
[2] ‘Scalable and Secure Sharing of Personal Health
Records in Cloud Computing using Attribute based
Encryption’ – Ming Li, Member, IEEE, Shucheng Yu,
Member, IEEE, Yao Zheng, Student Member IEEE,
Kui Ren, Senior member, IEEE and Wenjing Lou,
Senior Member, IEEE, 2013.
[3] ‘Efficient Information retrieval for ranked queries for
cost-effective Cloud Environment’ – Q. Liu, C. Tan, J.
Wu, G. Wang, 2012.
[4] S. Yu, C. Wang, K. Ren, and W. Lou, “Attribute
Based Data Sharing with Attribute Revocation,” Proc.
Fifth ACM Symp. Information, Computer and Comm.
Security (ASIACCS ’10), 2010.
[5] R. Curtmola, J. Garay, S. Kamara, and R. Ostrovsky,
“Searchable symmetric encryption: improved
definitions and efficient con- structions,” in Proc. of
ACM CCS, 2006.
[6] Q. Liu, C. C. Tan, J. Wu, and G. Wang, “Efficient
information retrieval for ranked queries in costeffective
cloud environments,” in Proc. of IEEE
INFOCOM, 2012.
