This is a conference poster presentation titled "UniGarmentManip: A Unified Framework for Category-Level Garment Manipulation via Dense Visual Correspondence." The poster is divided into various sections illustrating the project's objectives, methodology, and results. 

The section titled "Motivation: Diverse Garments in Daily Life" shows a variety of garments, including shapes and deformations of tops, trousers, and dresses. 

The "Dense Correspondence for Garments" segment explains the process of cross-object and intra-object deformation using color-coded images and diagrams. It also includes an explanation on "Folding Garments" with various schematics and real-world applications such as hanging up clothes.

In the "One-Shot Manipulation via Dense Correspondence" section, the methods for manipulating garments, including flipping and folding through dense visual correspondence, are shown.

"Real-World Experiments" provides photographic evidence of the project's practical implementations.

QR codes are present on the right side of the poster, leading to additional project information, code repositories, and details about the contributors seeking positions. The poster is presented at the CVPR 2024 conference, evidenced by the banner in the top right corner.

A hand is visible pointing towards the section on garment skeletons and manipulations at the bottom left, suggesting an interactive discussion or explanation during the presentation.
Text transcribed from the image:
KING
UNIVE
UniGarmentManip: A Unified Framework for Category-Level
Garment Manipulation via Dense Visual Correspondence
Ruihai Wu*, Haoran Lu*, Yiyan Wang, Yubo Wang, Hao Dong (* denotes equal contribution)
Motivation: Diverse Garments in Daily Life
Dense Correspondence for Garments
Self Play
PointNet++
Cross Deform
Encoder
Decoder
One/Few-shot
Demonstration.
Demo shirt
Fold
Garments
CVPR
SEATTLE, WA JUNE 17-21, 2024
Real-World Experiments
RGB
PC
sdor
Dresses
Trousers
keleton
Shapes
r Garments
Cross Object & Deform
Cross object
InfoNCE
Loss
Deformations
Structural Points
Skeleton
Positive pair
----Negative pair
Coarse-to-fine
refinement
Rigid
Objects
Garments
(Flat)
Garments
(Cross Deformation)
Correspondence
Cross Object
Policies
Hang up clothes
Fling
One-Shot Manipulation via Dense Correspondence
Novel
garment
Real-world Execution
Links
ORGO
Correspondence
Manipulation Polis
Project
Code
Fling
Fold
Demonstration
manipulation Demonstration Demonstration
Garment manipulation
Real world
garment
Ruihai Wu
Haoran Lu
Seeking Postdoc Seeking Ph.D.
Position
Position
165