1. Supervised Learning of StarCraft 2 Game Prediction Using RNN Open Access Author: Lu, Sen Title: Supervised Learning of StarCraft 2 Game Prediction Using RNN Area of Honors: Computer Science Keywords: Supervised LearningDeep LearningRTS GameStarCraft 2RNNGRUKerasdata generatorpartial observation File: Download StarCraft_2_SHC_Thesis_Final.pdf Thesis Supervisors: Daniel Kifer, Thesis SupervisorRebecca Jane Passonneau, Thesis Honors Advisor
2. Metrics to Compare Question-Answering Datasets Open Access Author: Eckman, Leah Title: Metrics to Compare Question-Answering Datasets Area of Honors: Computer Science Keywords: Natural Language ProcessingArtificial IntelligenceQA systemsQA datasetslanguage modeling File: Download Leah_Eckman_Thesis_Final.pdf Thesis Supervisors: Rebecca Jane Passonneau, Thesis SupervisorDr. John Joseph Hannan, Thesis Honors Advisor
3. Assessment of vulnerabilities in rule-based decision sets as used in SDN controllers Open Access Author: Cao, Jingxuan Title: Assessment of vulnerabilities in rule-based decision sets as used in SDN controllers Area of Honors: Computer Science Keywords: Software defined networkingOpenFlow File: Download Jingxuan_Cao_thesis.pdf Thesis Supervisors: Mark P Mahon, Thesis SupervisorRebecca Jane Passonneau, Thesis Honors Advisor
4. NLP Annotation Tools for Manual Markup of Content in Short Summaries and Essays Open Access Author: Driban, Alexander Title: NLP Annotation Tools for Manual Markup of Content in Short Summaries and Essays Area of Honors: Computer Science Keywords: Natural Language ProcessingApplication DevelopmentArgumentation MiningSummarizationAnnotationEducation File: Download Driban_Alex_NLPAnnotationTools.pdf Thesis Supervisors: Rebecca Jane Passonneau, Thesis SupervisorDr. John Joseph Hannan, Thesis Honors Advisor
5. REAL-TIME OCCLUSION BETWEEN REAL AND DIGITAL OBJECTS IN AUGMENTED REALITY Open Access Author: Jain, Pranav Title: REAL-TIME OCCLUSION BETWEEN REAL AND DIGITAL OBJECTS IN AUGMENTED REALITY Area of Honors: Computer Science Keywords: Augmented RealityComputer VisionMachine LearningModel FittingOcclusion File: Download flying_drone_with_lockedaxis_1.MOVDownload ScreenRecording_02-20-2019_15.MP4Download ScreenRecording_02-19-2019_20-37-57.mp4Download ScreenRecording_04-03-2019_15-27-03.MP4Download master.pdf Thesis Supervisors: Conrad S Tucker, Thesis SupervisorRebecca Jane Passonneau, Thesis Honors Advisor