March 3rd, 2009
In this week’s ebiquity meeting (10:00am 4 March in ITE 325) Palanivel Kodeswaran will talk about his dissertation “Implementing application and network adaptations in a declarative framework”. Here’s the abstract for his talk.
Managing today’s complex networks while still ensuring that certain high level goals are met is proving to be a complicated process. There is a growing need to separate the high level goals/policies from the low level mechanisms that implement the various services. In this talk, I will present our ongoing work in developing a declarative framework for enforcing high level policies in networks. One of the key goals of our framework is to enable applications to expose their semantics, thereby allowing the underlying network to exploit the semantics and provide better-than-best-effort service where possible. We will then see how our framework can be used in adaptive applications where both the application and the network can adapt simultaneously in response to changing network conditions.
The presentation will be streamed live via ustream.tv.
May 19th, 2008
UMBC PhD student Palanivel Kodeswaran will present his dissertation proposal on Use of Context and Policies in Declarative Networked Systems at 3:30 on Tuesday May 20 in ITE 325. Dissertation proposals are public and visitors are welcome. If you are a PhD student and are (or should be!) working on your own proposal, going to these is a good way to prepare. You can see what’s involved, what work and doesn’t and what kind of questions you can expect. See the link above for the full abstract, but here is a teaser.
“In this thesis, we propose to build a declarative framework that can reason over the requirements of applications, the current network context, operator policies, and appropriately configure the network to provide better network support for applications. … In particular, the contributions of this thesis are (i) Developing a framework for using context and policies in declarative networked systems (ii) Runtime adaptation of network configuration based on application requirements and node/operator policy (iii) Formalize cross layer interactions as opposed to ad hoc optimizations (iv) Simulation and test bed implementations to validate and evaluate proposed approach.”