Dynamic systems are highly complex and hard to deal with due to their subject-and time- varying nature. The fact that most of the real world systems/events are of dynamic character …
The task of designing estimators that are able to track time-varying distributions has found promising applications in many real-life problems. Existing approaches resort to sliding …
In general, dynamic systems are systems with time-dependent behavior. Dynamic systems are characterized by the non-stationary data sequences they emit. One particular way to …
A Yazidi, BJ Oommen - IEEE transactions on cybernetics, 2016 - ieeexplore.ieee.org
Generally speaking, research in the field of estimation involves designing strong estimators, ie, those which converge with probability 1, as the number of samples increases indefinitely …
A Yazidi, BJ Oommen… - … Conference on Computing …, 2012 - ieeexplore.ieee.org
The task of designing estimators that are able to track time-varying distributions has found promising applications in many real-life problems. A particularly interesting family of …
H Tavasoli, BJ Oommen, A Yazidi - … of Applied Intelligent Systems, IEA/AIE …, 2016 - Springer
In this paper, we propose a novel online classifier for complex data streams which are generated from non-stationary stochastic properties. Instead of using a single training model …
Abstract Recently, Oommen and Rueda [11] presented a strategy by which the parameters of a binomial/multinomial distribution can be estimated when the underlying distribution is …
BJ Oommen, L Rueda - Annual Conference on Artificial Intelligence, 2005 - Springer
Pattern recognition essentially deals with the training and classification of patterns, where the distribution of the features is assumed unknown. However, in almost all the reported …
H Tavasoli, BJ Oommen, A Yazidi - Engineering Applications of Artificial …, 2019 - Elsevier
Classification, typically, deals with unique and distinct training and testing phases. This paper pioneers the concept when these phases are not so clearly well-defined. More …