1. Comparison of Machine Learning techniques for painting classification. Open Access Author: Rao, Abhishek Krishna Title: Comparison of Machine Learning techniques for painting classification. Graduate Program: Electrical Engineering Keywords: Machine LearningDeep LearningArtImage classificationClassifiers File: Download AbhishekRao-thesis.pdf Committee Members: David Miller, Thesis Advisor/Co-Advisor
2. Image Analysis of Cyberbullying Using Machine Learning Techniques Open Access Author: Li, Hao Title: Image Analysis of Cyberbullying Using Machine Learning Techniques Graduate Program: Electrical Engineering Keywords: CyberbullyingInstagramMachine LearningImage File: Download thesis_final_HaoLi.pdf Committee Members: Anna Cinzia Squicciarini, Thesis Advisor/Co-Advisor
3. Radio Frequency Fingerprinting Devices in Indoor Environments via Vector Sensing and Machine Learning Open Access Author: Hall, Donald L Title: Radio Frequency Fingerprinting Devices in Indoor Environments via Vector Sensing and Machine Learning Graduate Program: Electrical Engineering Keywords: Emitter LocalizationEmitter IdentificationMachine LearningVector SensingRadio Frequency FingerprintingIndoor Environment File: Download Donald_Hall-MS_Thesis.pdf Committee Members: Ram Mohan Narayanan, Thesis Advisor/Co-AdvisorDavid Marion Jenkins Jr., Committee MemberErik Henry Lenzing, Committee Member
4. Unsupervised Deep Learning Approach For Photoacoustic Spectral Unmixing. Open Access Author: Durairaj, Deepit Abhishek Title: Unsupervised Deep Learning Approach For Photoacoustic Spectral Unmixing. Graduate Program: Electrical Engineering Keywords: Spectral UnmixingMachine LearningAutoencodersUnsupervised LearningPhotoacoustic Imaging File: Download Deepit_Durairaj_Thesis.pdf Committee Members: Sri-Rajasekhar Kothapalli, Thesis Advisor/Co-AdvisorDavid Jonathan Miller, Thesis Advisor/Co-AdvisorWilliam Evan Higgins, Committee MemberSri-Rajasekhar Kothapalli, Program Head/Chair
5. Machine Learning For Electromagnetic Metamaterial Design Open Access Author: O'Connor, Philip Title: Machine Learning For Electromagnetic Metamaterial Design Graduate Program: Electrical Engineering Keywords: Machine LearningElectromagneticsMetamaterialsNeural Networks File: Download OConnor_Masters_Thesis_Final.pdf Committee Members: Douglas Henry Werner, Thesis Advisor/Co-AdvisorKultegin Aydin, Program Head/ChairPingjuan Li Werner, Committee Member
