10/25/2021
Check out this week's lineup at !
bigdataignite.org
Title:
Tuesday 10/26 - AI Technologies to Support Smart City Infrastructure
Speakers:
Michael Farmer (Professor and Department Head of Computer Science, Kettering University)
Peter Stanchev (Professor of Computer Science, Kettering University)
Abstract:
There are many factors that contribute to the development of high-level concepts such as smart devices, smart cars, smart homes and even smart cities. In one hand it is inevitable that the advancements of handheld devices create the basis for realization of many smart technologies. This is due to the increase of computational power and minimization of electronics worldwide. On the other hand, the exponential increase of data according to different sources leads to a growing necessity for the development of adequate technologies that can clean, structure and analyze more and more data every day. This in turn leads to the creation of new smarter technologies, which have a profound impact on our everyday life.
In this talk we will focus on the advancements of smart technologies that form the smart city ecosystem.
The following topics using Smart Services will be discussed:
a) Image retrieval using high level semantic features based on extraction of low level color, shape and texture characteristics and their conversion into high level semantic features.
b) Machine learning, with regard to deep learning, helping to identify, classify, and quantify patterns in medical images.
c) Sensor fusion framework using human cognitive models combined with probabilistic models.
Title:
Thursday 10/28 - Auto-Encoders and Deep Neural Networks for Structural Classification
Speaker:
Saroja Kanchi (Professor of Computer Science, Kettering University)
Abstract:
Various learning tasks require dealing with graph data which contains rich relation between elements. Applications include chemistry and drug design, social networks, predicting protein interface, and classifying diseases demand etc. In this talk, a survey of current techniques of trends in structural classification will be presented. While there are powerful models available for learning with large graphs such as GNN, computation challenges must be overcome due to neighborhood explosion. GNN and its variations will be compared for performance and accuracy of the models. Future research topics will be presented.