|
MS Thesis Committee
Motivation
- As researchers share computational resources, such as objects in large distributed
environments, it becomes difficult to achieve scalability of synchronization. Concurrency
protocols currently lack scalability. The need to enhance current middleware services to meet
these requirements is imminent. Also, emerging technologies such as sensor networks operate
under tight energy constraints. Communication costs being dominant consumer of energy for
such systems, its important to minimize the message overhead.
Approach
- Conceive, design and implement a scalable concurrency protocol for large distributed systems
- Enhance the scalability of current middleware services by embedding the protocol into
existing CORBA implementations e.g. TAO
(The ACE ORB)
- Extend the protocol to meet real-time constraints related to concurrency services,
sensor networks and other applications
Here are the publications and some documents
for the project
|
|