Sarah, Shuo FENG

Program and Competition Projects

Accepted Conference Paper in IEEE ICTA 2023

A Power-Efficient 4-Vppd 128-Gb/s PAM-4 Optical Modulator Driver with Merged BV Doubler Topology in 130-nm BiCMOS

• The 2023 IEEE International Conference on Integrated Circuits Technologies and Applications (ICTA 2023) Home Page

Published Conference Paper in IEEE APCCAS 2022

A 4-Vppd 160-Gb/s PAM-4 Optical Modulator Driver with All-Pass Filter-Based Dynamic Bias and 2-Tap FFE in 130-nm BiCMOS

• The IEEE Asia Pacific Conference on Circuits and Systems (IEEE APCCAS 2022) Home Page
• Final Manuscript, please see detailed description in Research Page.

Smart Terrarium: Carp Yuelongmen

National University of Singapore (NUS), School of Computing

• NUS SOC Summer Workshop Home Page, which includes 16 unique topics. See clusters: Cluster Page.
• Embedded system and Deep Learning, which is the topic that I chose and I was the project leader in Embedded System part.
• Smart Terrarium: Carp Yuelongmen: this is the pdf poster of our project. See poster online: AI & Fintech Cluster - Project Posters.
• Academic Transcript: this is an academic transcript of this program.

Low-Power Consumption, High-Precision Relaxation Oscillation

The Sixth China College IC Competition

• Competition Website: this is the link to access the contest.
• Poster: this is the poster of our project.
• Our Report: this is the detailed report of the project.

Predicting the Scent Quality Score

University of Oxford, Department of Computer Science, Academic Winter School

• Course Title: Artificial Intelligence and Machine Learning
• Name of Institution Administering Studies: Oxford Study Abroad Programme, Academic Winter School
• Main Instructors: Dr. Nigel Mehdi, Lecturer; Dr. Rob Collins, Lecturer
• Study Hours: 150 hours, including 45 contact hours and 105 study hours for independent study, project work, and assessment preparation
• solution: this is a solution in ".ipynb" form.
• Academic Transcript: this is an academic transcript of this program.

Course Projects

Implementation of a Frequency Modulated Continuous Wave (FMCW) Radar System

Course: RF and Microwave System Design

• Lab 1: a simple electromic system.
• PCB Design: a PCB design corresponding to the system in Lab 1.
• Follow-up Lab: coming soon...
• Team Responsibility: Member.
• Course Grade: not yet available.

High Performance Low Power Consumption Differential Input Single-ended Output CMOS OpAmp

Course: CMOS Analog Integrated Circuit Design

• Project Report: this is the pdf report of our project.
• Team Responsibility: Project Leader.
• Course Grade: A+ (99/100)

An Area-Delay Optimized 4*4-Bit Carry-Save Array Multiplier In 180nm CMOS Technology

Course: Advanced Digital CMOS IC Design

• Project Report: this is the pdf report of our project.
• Team Responsibility: Project Leader.
• Course Grade: A+ (98/100)

Design of Single Cycle ARM Processor and Pipelined ARM Processor

Course: Microprocessor Design

• Single Cycle ARM Processor: this is the pdf report of the design of the single-cycle ARM Processor.
• Pipelined ARM Processor: this is the pdf report of the design of the Pipelined ARM Processor.
• Team Responsibility: Project Leader.
• Course Grade: A+ (98/100)

Implementation of Analytical Placer

Course: Electronic Design Automation (EDA) Basics

• Project Report: this is the pdf report of our project.
• Team Responsibility: Project Leader.
• Course Grade: A (94/100)

An Optimization Algorithm for Demosaicing - Using Hamilton Interpolation, Median Filter, Gamma Correction

Course: System-on-a-Chip Design

• Presentation File: this is the pdf of our project.
• Team Responsibility: Member.
• Course Grade: A (93/100)

Piezoresistive Sensor Based on High Performance Flexible Pressure Sensitive Film Material

Course: Design of Micro and Nano Sensors

• A Small System That Can Weigh: this is a PPT of the cource project.
• Piezoresistive Sensor Based on High Performance: this as a literature review.
• PPT: this is the corresponding PPT.
• Team Responsibility: Project Leader.
• Course Grade: A (93/100)

Bird-and-Flower Painting

Course: The study of Courtyard gongbi bird-and-flower painting in Song Dynasty

• Painting: this is a scan of my painting.