Overview
Work History
Education
Skills
Affiliations
Publication
Timeline
Generic

Tiancheng Zhao

Pittsburgh,PA

Overview

4
4
years of professional experience

Work History

Teaching Assistant in Machine Learning Department

Carnegie Mellon University
Pittsburgh, PA
08.2021 - Current

Generative AI, Deep Reinforcement Learning, Advanced Deep Learning, Probabilistic Graphical Model, Deep Learning Systems, Convex Optimization.

Machine Learning Engineer Intern

Tencent America
Palo Alto, CA
06.2024 - 08.2024

Developed a general-purpose training framework for AI bots in gaming applications using reinforcement learning-based methods.

Education

Ph.D. - Architectural Robotics

Carnegie Mellon University
Pittsburgh, PA
05-2026

Master of Science - Computer Vision

Carnegie Mellon University
Pittsburgh, PA
05-2026

Master of Science - Machine Learning

Carnegie Mellon University
Pittsburgh, PA
12-2024

Master of Science - Advanced Infrastructure System

Carnegie Mellon University
Pittsburgh, PA
12.2019

Skills

  • Multimodal LLM, Generative AI, 3D Reconstruction / Animation, Reinforcement Learning, Deep Learning System
  • Python, C, PyTorch, TensorFlow, R, Matlab, and SQL

Affiliations

Building Animatable 3D Model With RGBD Videos

The target is to build animatable 3D Model for deformable objects with RGBD videos casually captured by phones. By extracting segmentation masks of objects, registering dense object features to object meshes and utilizing optical flows to constrain object shape reconstruction and deformation, decent 3D models are created.

Image Editing With Multimodal Instructions

The target is to edit real images with instructions including text, strokes, sketches and masks. Built on a pre-trained Stable Diffusion model, complex editing on content and structure of images is achieved.

Transformer Based Multi-Object Tracking

The target is to track multiple objects with transformers. By modifying DETR architecture, superior performance is achieved and traditional post processing (like NMS, object association) is eliminated.

Multimodal Vehicle Trajectory Prediction
The target is to predict vehicle trajectories with Visual, Lidar, and Map modalities. 3 modalities were adopted collectively to offer enhanced trajectory predictions.
Graph-based Human Action Recognition
The target is to identify actions with deep residual graph neural networks and transformers. Different attention mechanisms and data augmentation methods are evaluated.
Real-Time Hand Gesture Recognition
The target is to detect and classify hand gestures with video cameras in real-time to enable wireless control over computers. The functionalities of the final product include swipe left and right, swift up and down, zoom in and zoom out, turn up (down) the volume, pause (start) the video.

Publication

J Yoo, T Zhao, L Akoglu, Data Augmentation is a Hyperparameter: Cherry-picked Self-Supervision for Unsupervised Anomaly Detection is Creating the Illusion of Success, TMLR, 2023

Timeline

Machine Learning Engineer Intern

Tencent America
06.2024 - 08.2024

Teaching Assistant in Machine Learning Department

Carnegie Mellon University
08.2021 - Current

Ph.D. - Architectural Robotics

Carnegie Mellon University

Master of Science - Advanced Infrastructure System

Carnegie Mellon University

Master of Science - Computer Vision

Carnegie Mellon University

Master of Science - Machine Learning

Carnegie Mellon University
Tiancheng Zhao