Artificial Intelligence

Get the most out of your training, scoring, algorithms and frameworks on Intel® architecture for Deep Learning and Artificial Intelligence.

DeePre: Delisting Predictor

URL: https://github.com/hc07180011/DeePre-regtech?fbclid=IwAR2m1AG6anRmqKAirQUkQCbFVygqjrzt6nKt-LA8p4QqFgxzs3suhKLOakw

Description:

Market downturns are an unavoidable reality. There are substantial commonalities in the trends of companies that face being delisted from the stock market that show up as far as one year before the actual removal of the stock. We use DL/NLP on financial statements to perform risk assessment.

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Openvino-Colab

URL: https://github.com/alihussainia/openvino-colab

Description:

The project allows the users to use OpenVINO toolkit in Google Colab notebooks. Thus, allowing users to get freedom from worrying about hardware or Operating system requirements and easily get started working on OpenVINO toolkit. The project's aim is to allow an open, easy and free access to Edge AI

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Cardiac Abnormality Detection using Machine Learning

URL: https://github.com/srimanthtenneti/Cardiac-Abnormality-Detection

Description:

Detection of heart diseases from Cardiac report data is a tedious task that requires multiple medical workers to process it and then doctors analyzing it. So to simplify the analysis we have constructed a simple model that takes in certain parameters and predicts if the patient has heart disease.

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A Distributed Model-Free Ride-Sharing Approach for Joint Matching, Pricing, and Dispatching using Deep Reinforcement Learning

URL: https://github.rcac.purdue.edu/Clan-labs/RS_Pricing

Description:

Significant development of ride-sharing services presents a plethora of opportunities to transform urban mobility by providing personalized and convenient transportation while ensuring efficiency of large-scale ride pooling. However, a core problem for such services is route planning for each driver

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Multi Task Neural Network for protein-RNA binding prediction

URL: https://github.com/JonathanKarin/Multi-Task

Description:

Protein-RNA binding plays vital roles in post-transcriptional gene regulation. In this work, wedeveloped MultiRBP, a deep learning-based method to predict RNA binding of hundredsof proteins to a given RNA sequence. The innovation of MultiRBP is in its multi-task.

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Deep-Morphology: TSV Extrusion Morphology Recognition Using Deep Learning Paradigms

URL: https://github.com/iCAS-Lab/Deep-Morphology

Description:

In this project, we use deep learning paradigms to recognize the morphology of through-silicon via (TSV) extrusion in 3D ICs. TSV extrusion is a crucial reliability concern which can deform and crack interconnect layers in 3D-ICs and cause device failures.

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