CVPR’24 Rhobin Workshop on Reconstruction of Human-Object Interactions

Second Rhobin Challenge – Reconstruction of human-object interaction in conjunction with CVPR 2024, June 2024, Seattle, USA

Website: https://rhobin-challenge.github.io/

The Second Rhobin Challenge 

We propose a challenge on reconstructing 3D human and object and estimating 3D human-object and human-scene contact, from monocular RGB images. In this workshop, we continue to examine how well the existing human and object reconstruction and contact estimation methods work under more realistic settings and more importantly, understand how they can benefit each other for accurate interaction reasoning. The recently released BEHAVE (CVPR'22)InterCap (GCPR’22) and DAMON (ICCV’23) datasets enable joint reasoning about human-object interactions in real settings and evaluating contact prediction in the wild. We use these datasets in the second Rhobin challenge to spark research in human-object interaction modeling. Challenge winners will be awarded on the day of the workshop. Winners will receive cash awards supported by our generous sponsors! 

Challenge website:
  3D human reconstruction (https://codalab.lisn.upsaclay.fr/competitions/17571)

  6DoF pose estimation of rigid objects (https://codalab.lisn.upsaclay.fr/competitions/17524)

  Joint reconstruction of human and object (https://codalab.lisn.upsaclay.fr/competitions/17522)

  Tracking human-object interaction in a video (https://codalab.lisn.upsaclay.fr/competitions/17572)

  3D contact prediction from RGB images (https://codalab.lisn.upsaclay.fr/competitions/17561)

Challenges are open and more information can be found on the website. 


Important dates 

Challenge open: February 5, 2024

Submission deadline: May 30, 2024

Winner award: June 17/18, 2024

Challenge organizers

Xianghui Xie, MPI Informatics, Germany 
Shashank Tripathi, MPI Intelligent System, Germany

Dimitrios Tzionas, University of Amsterdam, Netherlands

Gerard Pons-Moll, University of Tübingen and MPI Informatics, Germany

RSS’24 Safe Autonomy Workshop

RSS'24 Workshop

Towards Safe Autonomy: Emerging Requirements, Definitions, and Methods

Robotics: Science and Systems – July 15 to July 19, 2024, Delft, Netherlands

Website: https://sites.google.com/view/rss2024-safe-autonomy 


Paper (Contributing & Summary) Submission Deadline: June 10, 2024

Competition Submission Deadline: June 23, 2024

Safe autonomy mailing list: https://www.safe-autonomy.org/

OVERVIEW

2nd Call for Papers – Deadline extended to 19.05.2024

Elevate Your Color Science Research @ CIC32!

IS&T 32nd Color and Imaging Conference (CIC32)
October 28 – November 1, 2024
Montreal, Canada

https://bit.ly/CIC32

Do you want to present your groundbreaking research to a global audience of experts? CIC32 invites you to showcase your innovations and connect with fellow industry leaders! By submitting your research paper as a Journal-First submission, you can elevate your impact in several key ways:
1. Gain Recognition: With a Journal-First submission, you secure an open-access journal citation and a coveted conference presentation slot. If your paper requires only minor revisions, your presentation slot is guaranteed! 
2. Fast-Tracked Review: Experience a streamlined review process that ensures your research receives the attention it deserves without unnecessary delays.
3. Contribute to Advancements: Join a passionate community that pushes the boundaries of color science and imaging. Your research has the power to shape the industry's future!
Deadlines:
– Journal-First: May 20
– Conference Proceedings / Presentation-only Papers: June 24
LEARN HOW TO SUBMIT YOUR RESEARCH: https://bit.ly/CIC32-CFP
Roberta Morehouse
Communications and Marketing Manager
—imaging across applications— 

Computer Vision and Machine Perception Specialists (at multiple levels of seniority) for Aramco Digital

Aramco Digital seeks Computer Vision and Machine Perception Specialists (at multiple levels of seniority) for its Aramco Intelligence Business Unit. The Specialists will be responsible for creating systems utilizing various types of imaging sensors and sources as well as perceptual systems for generalized audition, tactile sensing, olfaction etc. The systems created might perform object and human detection, recognition, tracking, as well as scene and interaction analysis and understanding, as well as source localization and other such tasks, and might be coupled in real-time with decision, planning, control and actuation systems of various types, and might also be re-trainable and fine-tunable in-situ. The systems might utilize edge- as well as cloud-processing capabilities, and might cover multiple application areas including oil-and-gas, energy, transportation, aerospace, maintenance, defense-and-security, biomedical, and agricultural. This position requires individuals wi!
 th an educational background as well as work experience relevant to Advanced Computer Vision and Machine Perception. Minimum bachelors/masters degrees in Computer Science/Engineering or relevant fields (or PhD/PostDoc level for the Senior positions), as well as relevant experience. The candidates should have strong Mathematical, Statistical and Programming as well as Computer-Vision and Machine-Perception-specific skills, including AI/ML/Deep Learning, and hands-on experience in relevant packages such as OpenCV, SciKit-Image, Tensorflow, and PyTorch. An existing project portfolio and codebase in github as well as specialization in certain application areas would be highly desirable. The candidate should have the ability to communicate with other AI/ML technical team members as well as business stakeholders to understand and interactively negotiate system requirements and objectives, translating them to scope agreement documents, including not only system and software archit!
 ectural choices, but also expected timelines, dataset specific!
 ations, and evaluation methods and potential achievable KPI’s.

*Key Responsibilities:*
• Proficient utilization of computer vision, machine perception, and other relevant tools, such as OpenCV, SciKit-Image, Tensorflow, and PyTorch, towards creating state-of-the-art computer vision and machine perception systems

• Choice and utilization not only of on-prem but also of cloud-based computer vision and machine perception services, as offered by Google, Azure, and other such providers

• Training and testing dataset discovery, creation, choice, requirements analysis, as well as model creation or transfer-learning

• Creation of systems that have strict response-time, robustness, and/or computational resource constraints

• Knowledge of, choice and utilization of various imaging and perceptual sensors, including (but not limited to) visible, infrared, SWIR, multispectral, as well as laser-ranging sensors and medical-imaging imaging.

• Desirable (not required for all candidates): Design, implementation, and evaluation of non-imaging perceptual systems which might include auditory, tactile, and olfactory systems, among others.

• Desirable (not required for all candidates): Designing, implementing, and evaluating real-time closed-loop perception-action systems, as well as multi-sensor-fusion systems

• Desirable (not required for all candidates): Demonstrating excellence in specific application areas of machine vision and perception, such as aerospace, energy, defense/security, biomedical, and maintaining our use-cases, reusable components (models/datasets/pipelines etc)

• Desirable (not required for all candidates): Application of deep knowledge and extensive experience towards Affective and Human-Centered Perception Systems, including Whole-Body-Interfaces, Brain-Machine Interfaces, Eye Tracking devices.

• Team-working, team-creation and -leadership (for higher seniority positions), as well as stakeholder communication, including understand and interactively negotiating system requirements and objectives, translating them to scope agreement documents, including not only system and software architectural choices, but also expected timelines, dataset specifications, and evaluation methods and potential achievable KPI’s.

*Invitation to Join Aramco Digital:*
The role of Computer Vision and Machine Perception Specialists for the Aramco Intelligence Business Unit of Aramco Digital represents a unique opportunity to participate in the newly-founded digital entity of the Aramco, one of the world's largest integrated energy and chemicals companies, delivering societal and economic benefits to people and communities around the globe who rely on the vital energy it supplies, which is furthermore committed to playing a leading role in the energy transition. The chosen candidate will play a pivotal role in driving innovation, working alongside a team of experts dedicated to developing solutions that enable businesses to reach unprecedented levels of efficiency, decision-making accuracy, and impact towards a better world.

Kindly send your CV to nmav@alum.mit.edu for more information!

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