curriculum vitae

CV

This is my CV. Update on Jan. 9, 2024.

General Information

Full Name
Liangbing Zhao
Languages
Chinese, English

Education

2019

B.S.

Beihang University

  • Supervised by Professor Si Liu.
  • GPA 3.78/4.0
  • Core Courses
    • Data Structures[C++] (97/100), Python Programming (95/100)
    • Mathematical Analysis I (93/100), Linear Algebra (94/100), Mathematical Analysis II (99/100), Discrete Mathematics II (96/100)
    • Computer Organization (91/100), Operating Systems (91/100), Object-Oriented Programming (91/100)

Research Experience

2023 - 2023

ToddlerDiffusion——Flash Interpretable Controllable Diffusion Model

KAUST

  • Introduced an inherently interpretable and controllable diffusion model that systematically generates a chain of interpretable stages, generating sketches, palettes, and finally RGB images.
  • Leveraged bridge architecture to reduce training and sampling steps to 10-20, but getting the same quality results as previous state-of-the-art methods.
  • Under review for CVPR2024.
2022-2023

Cross-Attention and Seamless Replacement of Latent Prompts for High-Definition Image-Driven Video Editing

Meitu Inc.

  • Introduced a novel image-driven video editing task to generate customized video from an input image.
  • Proposed a LIVE(Latent prompt-based Image-driven Video Editing)framework to deal with customized video editing task. Devised a training and inference pipeline specific to the video editing task maintaining cross-frame consistency while ensuring that the new object is coherent with the sequence’s motion.
  • Accepted by Electronics.

Honors and Awards

2020
  • Special Prize for Learning Merit Scholarship
  • Beihang University Excellent Student

Academic Interests

Controllable Generation

  • Developing generative models that enable fine-grained control over visual generation and editing through structured guidance, feedback-driven refinement, and physical priors.

World Models

  • Building world models that learn physical dynamics through perception, interaction, and feedback, enabling prediction and planning in real-world environments.