Raman Paranjape

Learn More
The modeling of healthcare components and systems in order to develop a complete understanding of component interactions is one of the more challenging simulation and modeling problems for software agent systems. theoretical frameworks and the latest empirical research findings used by medical professionals in the implementation of multi-agent systems. This(More)
This paper illustrates the results of a research effort to measure the quality of software agents written in Java using extreme programming. A factoring of quality has been chosen in accordance with the properties and limitations of the type of products and development method considered. The use of the representational theory of measurement gave(More)
PURPOSE To compare the stride-to-stride fluctuations, regularity and symmetry of gait using a body-fixed accelerometer in a group of healthy young and healthy older adults. METHODS Forty-one healthy young adults (24 ± 3 years) and forty-one healthy older adults (76 ± 5 years) completed a 10-min walk at a self-selected, normal walking speed while wearing a(More)
This work presents a self-aware diabetic patient software agent for representing a human diabetic patient. To develop a 24h, stochastic and self-aware patient agent, we extend the original seminal work of Ackerman et al. [1] in creating a mathematical model of human blood glucose levels in three aspects. (1) We incorporate the stochastic and unpredictable(More)
This paper proposes a general solution model using agent technology in order to solve two critical open issues in the course timetabling problem: application-specific issues and dynamic-constraint issues. In our solution model, each agent in the system represents a constraint in the course timetabling problem. Compared to existing course timetabling(More)
A mobile multi-agent system is proposed to create solutions for the university course timetabling problem. It is composed of four kinds of agents: (mobile) Course Agents, and (stationary) Signboard, Publisher and Interface Agents. The key strength of this new approach is to use a fundamental attribute of Agents that of autonomy. This autonomy is manifested(More)