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地势坤,君子以厚德载物。
天行健,君子以自强不息。
— Be receptive as Earth, carry all things with virtue.
— Move as Heaven does, and cease not.
载 · 物
ZAIWU
载物系列作品
Zaiwu · Featured Works
载物传音 Bluetooth
Bluetooth
FPGA 平台的智能音响 · 蓝牙音频传输
FPGA smart speaker · Bluetooth audio relay
载物绘途 Pathfinder
Pathfinder
基于 Transformer 的盲道路径规划
Transformer-driven blind-lane pathfinding
载物融光 SPLIT
SPLIT
远距离能量与信息同步传输
Simultaneous power-data optical transfer
载物惠压 Z-Pack
Z-Pack
接近 Shannon 熵下界的 BF16 压缩
BF16 compression near the Shannon bound
洪阅涵
Adrian E. Holloway
重庆大学 物理学院 电子信息科学与技术 · 预计 2027 年毕业。研究方向聚焦于信号处理、AI-RAN 与人工智能在通信系统物理层的交叉。
Undergraduate, Electronic Information Science & Technology, School of Physics, Chongqing University. Expected graduation 2027. Interested in the intersection of signal processing, AI-RAN, and the physical layer of communication systems.
关于
About
我是洪阅涵,现就读于重庆大学物理学院电子信息科学与技术专业,预计 2027 年本科毕业。电子信息专业设在物理学院,使我在常规电子信息训练之外,还能从物理基础切入——这样的底子,在我所关注的信号处理、AI-RAN 与端侧机器学习方向上格外合用。我热衷于将算法落地到真实硬件,从 FPGA、ESP32 到数据压缩方法的软硬件协同;做工程的准则,是以应用赋能学术,以知识融入生活。
I am an undergraduate at Chongqing University, studying Electronic Information Science & Technology within the School of Physics. Housed within a physics department, my curriculum grounds electronic-information training in physical fundamentals — a foundation that proves especially useful for my interests in signal processing, AI-RAN, and on-device machine learning. I enjoy bringing algorithms onto real hardware, from FPGA and ESP32 implementations to hardware-aware compression methods. My guiding principle in engineering is simple: let applications empower scholarship, let knowledge permeate life.
教育经历
Education
重庆大学 · 物理学院
Chongqing University · School of Physics
电子信息科学与技术 · 学士学位(在读)
B.S. in Electronic Information Science & Technology (ongoing)
2023.09 — 2027.06
南京市第九中学
Nanjing No.9 High School
高中学业 · 学生会副主席
High School · Vice President, Student Union
2020.09 — 2023.06
研究兴趣
Research Interests
信号处理
Related Work
载物智能音响 · FPGA 音频解码与 DSP 处理
数字信号处理 · 课程与相关实验
Signal Processing
信息处理
Related Work
CMeta · 元字典压缩算法
Hans · 熵重排压缩算法
载物融光 · 远距离能量信息同传
Information Processing
AI-RAN
Related Work
Hans · 面向边缘智能的 ML 浮点压缩
信号处理与机器学习的双重基础
研究生阶段拟深入的核心方向
AI-RAN
人工智能
Related Work
载物绘途 · Transformer + CNN 盲道路径规划
Hans · 面向 ML 的浮点数据压缩
机器学习 · 课程基础
Artificial Intelligence
嵌入式系统
Related Work
载物智能音响 · FPGA 系统整合
情绪抚慰桌面机器人 · FPGA 实现
ESP32 智能家居实验装置
Embedded Systems
技能
Skills
Languages
Python
C / C++
Verilog
MATLAB
ML / DL
PaddlePaddle
PyTorch
Hardware
FPGA / Vivado
ESP32
Tools
Git
Linux
LaTeX
语言
Human Languages
中文 · 母语
Chinese · Native
英文 · 学术阅读
English · Academic Reading
修习课程
Coursework
机器学习
Machine Learning
信号与系统
Signals & Systems
数字信号处理
Digital Signal Processing
光电子技术
Optoelectronics
项目作品
Selected Projects
01
载物智能音响
Z-Work · Smart Speaker
Bluetooth
基于 FPGA 的多功能智能音响:集成音频解码、信号处理与交互控制于单一芯片平台。
FPGA-based smart speaker integrating audio decoding, DSP, and interactive control on a single platform.
FPGA
Verilog
DSP
Audio
02
Z-Work Series
▶ Live Demo
载物绘途
Pathfinder
Pathfinder
基于 Transformer 及 CNN 架构的盲道路径规划系统
A tactile-path planning system built on Transformer and CNN architectures
结合 Transformer 与 CNN 的视觉识别与路径规划系统,用于视障人士的盲道导航。
A vision-based planning system combining Transformer and CNN architectures to assist visually-impaired pedestrians along tactile paving.
+
繪途是一套面向视障者的盲道导航辅助系统,由三个阶段构成:语义分割(采用 Transformer 架构的轻量级分割模型,以自注意力机制捕获长距离依赖,在自建盲道数据集上端到端训练,针对树影遮挡设计了定向数据增强)、几何推理(从分割结果提取盲道左右边界,经 RANSAC 鲁棒拟合消失点,据此估计地平线、中心线轨迹与前方距离)、障碍物决策(集成目标检测模块,判断行人/车辆是否位于盲道上,触发碰撞警告并动态改变中心线颜色)。系统在 GPU 上端到端实时推理,单帧约 40 ms,为后续语音引导预留了充足余量。
Pathfinder is an assistive navigation system for visually-impaired pedestrians, built as a three-stage pipeline: semantic segmentation (a lightweight Transformer-based model leveraging self-attention to capture long-range dependencies, trained end-to-end on a custom tactile-paving dataset with targeted data augmentation for tree-shadow occlusion), geometric reasoning (extracting tactile-path boundaries from the segmentation, using RANSAC to robustly fit a vanishing point, and thereby estimating the horizon line, centerline trajectory, and forward distance), and obstacle decision (integrating an object detector to determine whether pedestrians or vehicles occupy the tactile path, triggering a collision alert and dynamically recoloring the centerline). The full pipeline runs end-to-end on GPU at roughly 40 ms per frame, leaving ample headroom for downstream voice guidance.
Live Demo · input
scene · 01
Collision Warning
dist — m
pitch — °
模型在真实街景上的逐步推理过程——拖动进度条查看每个阶段。
拖动下方进度条可在五阶段间切换 · 双击恢复自动播放
Drag the timeline to move between phases · double-click to resume autoplay
Transformer
Self-Attention
Semantic Segmentation
Object Detection
RANSAC
Computer Vision
03
载物融光
Z-Work · SLIPT
SLIPT
Simultaneous Lightwave Information and Power Transfer——以光电方式实现能量与信息同步远距离传输的实验装置。
An optical-domain power-data coupling apparatus for simultaneous long-range transfer of energy and information.
Optoelectronics
SLIPT
RF
06
重庆市大学生物理创新竞赛 · 二等奖
Chongqing Physics Innovation Contest · 2nd Prize
智能家居实验装置
Smart Home Experimental Rig
以 ESP32 微控制器为核心的智能家居测试平台,集成多种传感与执行器件,构成完整的家居交互场景。
An ESP32-based smart-home testbed integrating sensors and actuators to form a complete interactive living scenario.
ESP32
IoT
C/C++
07
全国大学生嵌入式芯片与系统设计竞赛 · FPGA 创新赛道三等奖
National Embedded Chip & System Design Contest · FPGA Innovation Track, 3rd Prize
情绪抚慰桌面机器人
Emotional Companion Desktop Robot
以 FPGA 实现感知、表情生成与交互逻辑的小型桌面陪伴机器人,针对情绪识别与响应设计专用硬件电路。
A small desktop companion robot with sensing, expression generation, and interaction logic on FPGA, featuring custom hardware for emotion recognition and response.
FPGA
HDL
HCI
奖项
Awards
2025
全国大学生嵌入式芯片与系统设计竞赛
National Embedded Chip & System Design Contest
FPGA 创新设计赛道 · 三等奖 · 第八届
FPGA Innovation Track · 3rd Prize · 8th Edition
— 情绪抚慰桌面机器人
— Emotional Companion Desktop Robot
2025
重庆市大学生物理创新竞赛
Chongqing University Student Physics Innovation Contest
二等奖 · 第八届
2nd Prize · 8th Edition
— 基于 ESP32 的智能家居实验装置
— ESP32-based Smart Home Experimental Rig
联系
Contact
Email
20234606@stu.cqu.edu.cn
MISSION · 载物融光 / SLIPT-2026
TRANSMISSION 01 / 06