Future Blog Post
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Contact Me!
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The Purdue Elmore Family School of Electrical and Computer Engineering recently published a spotlight article highlighting my selection for the 2026 NSF Graduate Research Fellowship. This article discusses my future plan for research on 6G networks.
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Great news! I have been selected to receive the 2026 National Science Foundation (NSF) Graduate Research Fellowship! This fellowship will support my ongoing PhD research in traditional control, communications, and information theory.
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Recently, I have been looking into how to file taxes in Indiana as a PhD student, since I received a fellowship stipend and scholarship, which makes things a little more complicated than a standard W-2 filing.
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This is a great workshop to attend if you are interested in control or related areas!
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Here are some useful resources for UF students.
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Here are some useful resources for Purdue students.
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To be complete!
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To anyone that is interested in taking Stochastic 2 with Dr. Sean Meyn. He wants to tell you all that this class may not be offered again in the future.
He is a great professor. So, take it at Spring 26 if you can.
Also, he will do his best to get back to you if you have reached out to him through email.
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I recently completed a simulation report on the Age of Information (AoI) for my intro computer networks class final project with the other 2 teammates which are Justin Nagovskiy and Taewoo Kim.
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This is the website for registration for research credit.
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To be complete!
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To be complete!
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To be complete!
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To be complete!
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I migrated this page from my old websites. I will slowly update and fix it.
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I recently completed a survey on the Age of Information (AoI) for my Graph Theory class final project. This builds on my earlier presentation from April 16th, where I introduced the topic to my classmates and the instructor, Dr. John Shea.
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Our team successfully presented our capstone project to all IPPD (Integrated Product and Process Design) teams and had the opportunity to demonstrate it to the public.
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Graduating with the highest honors can strengthen your graduate school applications and demonstrate your research capabilities, but the process can feel overwhelming without proper guidance. Having successfully completed my undergraduate honors thesis defense with committee members Dr. John Shea, Dr. Tan Wong, and Dr. Christopher Petersen, I want to share the complete process to help fellow students navigate this rewarding but challenging journey.
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I successfully defended my undergraduate honors thesis today before a committee consisting of Dr. John Shea, Dr. Tan Wong, and Dr. Christopher Petersen, with two PhD students, William Davis and Tom Lattus from WING lab, also in attendance.
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I am sharing the course syllabus here for students who may find it useful for planning and preparation. I don’t think he has posted it on the official website nor his website.
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Here is our FPGA convolution accelerator project report, completed with my friend, Zack Mendez, for Dr. Greg Stitt’s Reconfigurable Computing 1 course.
We successfully implemented a custom hardware solution that significantly outperforms traditional software convolution through parallel processing and optimized datapath design.
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Here are comprehensive formula sheets for Stochastic Processes 1 that I compiled during my exam preparation.
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This work was inspired by Dr Peyam. The original insights from the video provided the foundation for the algebraic perspective presented here, which I have extended and formalized to develop a deeper understanding of convolution through polynomial multiplication and system interaction principles.
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Here are the study notes 1, study notes 2 and our final report that my friend, Justin Beauchesne, and I put together while preparing for the Fundamentals of Machine Learning final exam.
We spent countless hours organizing the key concepts, and I thought they might be useful for other students tackling this subject!
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Here are the comprehensive study notes that my friend, Stanley Zheng, and I put together while preparing for Dr. John Shea’s Communication Systems final exam.
We spent countless hours organizing the key concepts, and I thought they might be useful for other students tackling this subject!
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This is a note on the DSP time reversal property.
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This is a sample blog post. Lorem ipsum I can’t remember the rest of lorem ipsum and don’t have an internet connection right now. Testing testing testing this blog post. Blog posts are cool.
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This is a sample blog post. Lorem ipsum I can’t remember the rest of lorem ipsum and don’t have an internet connection right now. Testing testing testing this blog post. Blog posts are cool.
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This is a sample blog post. Lorem ipsum I can’t remember the rest of lorem ipsum and don’t have an internet connection right now. Testing testing testing this blog post. Blog posts are cool.
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This is a sample blog post. Lorem ipsum I can’t remember the rest of lorem ipsum and don’t have an internet connection right now. Testing testing testing this blog post. Blog posts are cool.