My formal research career, mainly in technology areas, is around a decade old now(started 2003). Many of the newer reports can be found on the webpage of my research group now.

Some of my submissions to the popular arXiV archives are as follows.

Some of the earlier interesting reports are as follows.

Elements of System Design: Classification and Organization

This was outcome of my effort towards fundamentally understanding what is meant by system design. The corresponding report reviews the ontological aspects of majority of terms used in systems design community. It proposes a semantic framework that encapsulates the fundamentals of heterogeneous system design. The document then goes on to describe the elements of system design process from the purview of this framework.

Needless to say, this is the most foundational and abstract research I've ever carried out. The after-effects of this research actually defined my current research interest.
Copy available here.

An SOA approach to Multimedia Applications

While trying to apply new software architecture techniques to multimedia domain, PSS and myself came up with this idea. The detailed concept was published as a paper.
Copy available here.

A Context Interpretation Framework for Cognitive Network Devices

The work involved was to design an artifically intelligent engine to drive various scenarios for 4^th generation wireless systems. Using Description logic as formal logic, I designed a practical framework and demonstrated it. The detailed idea was published as well.
Copy available here.

Application of Semantic Web technologies for Context Interpretation in Cognitive Communication Devices

This paper was published as a sequel to previous paper. More insights arose about the framework proposed earlier, once I prototyped it. The results and polished framework was published here.
Copy available here.

Capability-based modeling of Services in Mobile Systems

While working on joint design of a wireless handset with National Semicounductors, I got lot of idea about system-level modeling of such a system. The modeling was done using methods from service engineering, which evolved into service-oriented architecture. The new approach in UMTS era, of capability definitions for service frameworks, was also elaborated. The focus is on defining the service components on the User Equipment side of (distributed) mobile systems.
Copy available here.

Productivity Enhancement in VLSI Design: through Zonal-time Differential

This is a techo-business(hopefully non-confidential) report, but involved lots of research in VLSI design methodologies. In design and development projects for IC design, there exists a huge opportunity to exploit the "activity pipeline" in the design processes. The document highlights such pipelining in the VLSI design process flow for the Centre of Excellence in Embedded Systems, at Tata Consultancy Services Ltd.
Copy available here.

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