INSPIRE Webinar: Assistive Intelligence (AI): Intelligent Data Analytics Algorithms to Assist Human Experts

A FREE online webinar presented by Dr. Zhaozheng Yin, Associate Professor and St. Clair Fellow, Department of Computer Science, INSPIRE University Transportation Center

Register at: https://zoom.us/meeting/register/a798b3ceeeb7c5d47510d14dfea9e911

Abstract: Artificial Intelligence, particularly deep learning, has recently received increasing attention in many applications, such as image classification, speech recognition, and computer games. The success of deep learning algorithms requires big annotated datasets for training, gradient-based optimization algorithms, and powerful computational resources. In the case of civil infrastructure inspection, we can collect big data from different imaging sensors such as color, thermal, and hyperspectral cameras. Three issues encounter in this application. First, it is tedious and expensive to let human experts annotate the datasets to train deep learning algorithms. Second, the offline trained deep learning algorithms may not be able to adapt to new civil infrastructures. Third and lastly, the trained deep learning algorithm works like a black box on new data, without the domain knowledge from human experts. In this project, we investigate intelligent data analytics algorithms with human experts in the loop, called Assistive Intelligence (AI). Using the bridge inspection as a case study, we aim to find regions-of-interest (e.g., joints with damages) over long video sequences. The data analytics algorithm is initially trained from a small set of data. Given the dataset of a new bridge, bridge experts only need to annotate a few region-of-interest examples as the seed; our algorithm will retrieve corresponding examples in the rest of videos. Human experts can also return some incorrectly retrieved samples to the data analytics algorithm for further refinement. Thus, while the data analytics algorithm can assist human in an efficient way, bridge experts can leverage their domain knowledge in the adaptation of the computational tool in different scenarios.

Wednesday, January 30 at 11:00am to 12:00pm

Online Webinar https://zoom.us/meeting/register/a798b3ceeeb7c5d47510d14dfea9e911

Event Type

Meetings, Lectures and Conferences

Departments

College of Engineering and Computing, Civil, Architectural and Environmental Engineering

Website

http://inspire-utc.mst.edu/webinars/

Cost

FREE

Contact Name

Genda Chen

Contact Phone

573-341-6114

Contact Email

gillman@mst.edu

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