| | SEDE 2021: Author Index| Author | Papers | 
|---|
 | B |  | Biddle, Nicholas | Translating a Large Software from C# to C++: An Experience Report |  | Blankenship, Grayson | Using Virtual Reality and Machine Learning Techniques to Visualize the Human Spine |  | C |  | Cal, Semih | Optimized Bootstrap Sampling for σ-AQP Error Estimation: A Pilot Study |  | Carscadden, Henry | Automated Generation of Stand-Alone Codes for Software Libraries |  | Casey, Allen | Translating a Large Software from C# to C++: An Experience Report |  | Castro, Chris | Using Virtual Reality and Machine Learning Techniques to Visualize the Human Spine |  | Chen, Charles | Studying the COVID-19 Impact on the Antarctic Glacier Melting Rate |  | Chen, Hongkai | Developing a Google Chrome Extension for Detecting Phishing Emails |  | Chen, Mason | Studying the COVID-19 Impact on the Antarctic Glacier Melting Rate |  | Cheng, En | Optimized Bootstrap Sampling for σ-AQP Error Estimation: A Pilot Study |  | D |  | Dascalu, Sergiu | VS-TAP: Veteran Services Tracking and Analytics Program |  | Di Lucca, Giuseppe | Comparing  Blockchain Platforms for Smart Contracts: A Preliminary Framework |  | Ding, Qin | Implementation of BERT based machine learning model to extract cancer-miRNA relationship from research literature |  | E |  | El-Kassas, Sherif | DBKnot: A Transparent and Seamless, Pluggable, Tamper Evident Database |  | G |  | Gabriel, Edgar | Translating a Large Software from C# to C++: An Experience Report |  | Glock, Skylar | AnthroFace: Requirements, Design, and Implementation |  | Goto, Masaaki | Estimating Attention Level from Blinks and Head Movement |  | H |  | Hall, Daniel | VS-TAP: Veteran Services Tracking and Analytics Program |  | Hall, Lin | Using Virtual Reality and Machine Learning Techniques to Visualize the Human Spine |  | Harris Jr, Frederick C. | AnthroFace: Requirements, Design, and Implementation VS-TAP: Veteran Services Tracking and Analytics Program
 |  | Hewitt, Jonathon | VS-TAP: Veteran Services Tracking and Analytics Program |  | Hossain, Mohammad | Developing a Google Chrome Extension for Detecting Phishing Emails |  | Hulse, Cortney | AnthroFace: Requirements, Design, and Implementation |  | I |  | Irwin, Nikkolas | VS-TAP: Veteran Services Tracking and Analytics Program |  | Iverson, Jeremy | Separated Feature Learning for Music Composition Using Memory-Based NNs |  | K |  | Khalil, Islam | DBKnot: A Transparent and Seamless, Pluggable, Tamper Evident Database |  | Knoch, Payton | VS-TAP: Veteran Services Tracking and Analytics Program |  | Kuhlman, Chris | Automated Generation of Stand-Alone Codes for Software Libraries |  | L |  | Lee, Devrin | VS-TAP: Veteran Services Tracking and Analytics Program |  | M |  | Machi, Dustin | Automated Generation of Stand-Alone Codes for Software Libraries |  | Machi, Lucas | Automated Generation of Stand-Alone Codes for Software Libraries |  | Margapuri, Venkat | Model Checking Mutual Inclusion and Mutual Exclusion Algorithms |  | Matsumoto, Kazunori | Estimating Attention Level from Blinks and Head Movement |  | Mendel, Katherine | Separated Feature Learning for Music Composition Using Memory-Based NNs |  | N |  | Neilsen, Mitchell | Model Checking Mutual Inclusion and Mutual Exclusion Algorithms |  | Netinant, Paniti | Automated Light System in Smart Home for Elderly and Disabled People Using Mosquitto Server |  | P |  | Parks, Christopher | VS-TAP: Veteran Services Tracking and Analytics Program |  | Perrine, Kealia | AnthroFace: Requirements, Design, and Implementation |  | R |  | Rahal, Imad | Separated Feature Learning for Music Composition Using Memory-Based NNs |  | Ravi, S. S. | Automated Generation of Stand-Alone Codes for Software Libraries |  | Rukhiran, Meennapa | Automated Light System in Smart Home for Elderly and Disabled People Using Mosquitto Server |  | S |  | Sakornthai, Kawinna | Automated Light System in Smart Home for Elderly and Disabled People Using Mosquitto Server |  | Sobh, Karim | DBKnot: A Transparent and Seamless, Pluggable, Tamper Evident Database |  | Strelow, Ryan | Separated Feature Learning for Music Composition Using Memory-Based NNs |  | Stull, Kyra | AnthroFace: Requirements, Design, and Implementation |  | Sturm, Henry | AnthroFace: Requirements, Design, and Implementation |  | Sundharam, Arunprasad | Implementation of BERT based machine learning model to extract cancer-miRNA relationship from research literature |  | T |  | Talavera, Gabrielle | AnthroFace: Requirements, Design, and Implementation |  | Tanaka, Tetsuo | Estimating Attention Level from Blinks and Head Movement |  | Tortorella, Maria | Comparing  Blockchain Platforms for Smart Contracts: A Preliminary Framework |  | Trombley, Mari | AnthroFace: Requirements, Design, and Implementation |  | W |  | Wang, Ping | Using Virtual Reality and Machine Learning Techniques to Visualize the Human Spine |  | Whitmire, Shane Tran | Translating a Large Software from C# to C++: An Experience Report |  | Wu, Rui | Using Virtual Reality and Machine Learning Techniques to Visualize the Human Spine |  | Y |  | Yu, Feng | Optimized Bootstrap Sampling for σ-AQP Error Estimation: A Pilot Study |  | Z |  | Zenil Lopez, Emmanuel | Using Virtual Reality and Machine Learning Techniques to Visualize the Human Spine |  | Zhao, Kai | Model Checking Mutual Inclusion and Mutual Exclusion Algorithms |  | Zhu, Zhen | Using Virtual Reality and Machine Learning Techniques to Visualize the Human Spine | 
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