Summary
Overview
Work History
Education
Skills
Timeline
Generic
Pengcheng Ruan

Pengcheng Ruan

Artificial Intelligence
Shanghai

Summary

  • Familiar with Transformer architecture, master the principle and use of ViT/Bert/GPT/SAM and other models.
  • Master the principles of DQN and PPO [completed source code reproduction using python], so as to try the quantitative trading model.
  • Understand the technical principles of TTS, speaker recognition, emotion recognition and other tasks,and master the usage of whisper,cozyvoice and other models.
  • Understand the basic ideas of voiceprint recognition, emotion recognition and other tasks.
  • Understand the technology of large language model : word-embedding, vector database, Model fine-tuning (PEFT), ollama, etc.
  • Familiar with robot development (master the use of ROS2, familiar with various embedded development boards [jetson series, RK3588, Raspberry PI, arduino, etc.]).

Overview

3
3
years of professional experience

Work History

AI Algorithm Engineer

Shanghai Ubinavi Technology Co., LTD
06.2023 - Current

2023.07—2024.02: The development and optimization of key AI model of mobile monitoring machine for drain outlet inspection.

  • it solves the problem of how to locating drain outlets and identifying drainage behavior in sunny days.
  • In Shanghai, Ningbo, Jiashan and other places, the actual detection rate was higher than 93%

2024.02—2024.07: Upgrade the software framework of river and lake camera monitoring station.

  • Strong support for the rapid adaptation of new products.
  • Improve the versatility and performance of the model.
  • The visual flow measurement algorithm is upgraded to achieve accurate estimation of the discharge.

2024.07—2024.12:Marine electronic boat nameplate completed

  • Completed the reproduction and delivery of the SDK of SM9 encryption algorithm (both C/Python versions).
  • Marks the realization of China's most advanced encryption technology in ship-borne equipment communication.

2024.05—2024.09: UAV inspection of four typical river and lake problems

  • Object detection of four kinds of riverbank problems.
  • Realized and optimized the algorithm of GPS location and area measurement of detected problem.

2024.09—2024.11:Rapid recognition and classification of remote sensing images

  • Fast iterative upgrade algorithm of only 2% landform samples.

2024.11—2025.01:Optimize ai model in spectral camera product.

  • Optimize the prediction using LightGBM.
  • Optimize data flow and performance.

2025.01 present: Research on unmanned ship visual (USV) navigation algorithm

  • Expected to solve the urban canyon problem through visual navigation.
  • Expected to combine semantic segmentation algorithm with obstacle avoidance algorithm to improve safety.

2025.01 present: Selection and investigation of low-cost visual monitoring scheme

Computer Vision Algorithm Engineer

Shanghai Jun Yu Digital Technology Co., LTD
06.2022 - 06.2023

Face Recognition

1. Liveness Detection Topic ( Moire/mobile phone, etc)

  • Single recognition accuracy >99.9%, overall accuracy >99%.

2. Pruning and optimization of commercial face fast location algorithm

  • The accuracy of the algorithm remained at 92%.

Stock Trading

1. Complete the stock factor mining framework based on genetic algorithm

2. Explore stock picking strategies using deep reinforcement learning (DQN,PPO).

3. Designed a stock selection model based on Informer.

  • Live trading with 400K RMB.

Education

Master of Information Technology - Artificial Intelligence

University Of New South Wales
Sydney
04.2001 -

Skills

Teamwork and collaboration

Timeline

AI Algorithm Engineer

Shanghai Ubinavi Technology Co., LTD
06.2023 - Current

Computer Vision Algorithm Engineer

Shanghai Jun Yu Digital Technology Co., LTD
06.2022 - 06.2023

Master of Information Technology - Artificial Intelligence

University Of New South Wales
04.2001 -
Pengcheng RuanArtificial Intelligence