Public Photo/Video Drop & View for the ACM RecSys Conference 2022
Update 2024-11-15: View all our 158 photos from ACM RecSys 2022 here. Note: The photos were available for a limited time and have since been removed.
A few ‘best of’ photos are here:
The ACM RecSys Conference in Seattle is coming up, and, surely, participants will take hundreds of awesome photos and videos (especially during karaoke :-). To facilitate the sharing of photos and videos, we created a “photo drop” opportunity. If you attend the ACM RecSys Conference and want to share your photo collection, or just a single photo or video, feel free to use it. It’s very simple.
To upload photos from your phone or laptop, visit http://upload.recsys22.recommender-systems.com, click on the upload field, select the photos to upload and that’s it.
To view the uploaded photos, visit http://view.recsys22.recommender-systems.com.
Please note, that anyone who knows the URL can upload any photo. To ensure that the service is not abused by non-ACM-RecSys participants, we will moderate photos. This means that every day or so, we look at the uploaded photos, and move them to the public viewing folder. So, if you have uploaded photos, and they are not directly visible, please be patient.
The ACM RecSys Conference becomes an ‘A’ Conference
‘ACM Hypertext’ (HT21): Call for Papers is out
RecSys@NeurIPS2020: 4 Papers about Recommender Systems
About The Author
Joeran Beel
I am the founder of Recommender-Systems.com and head of the Intelligent Systems Group (ISG) at the University of Siegen, Germany https://isg.beel.org. We conduct research in recommender-systems (RecSys), personalization and information retrieval (IR) as well as on automated machine learning (AutoML), meta-learning and algorithm selection. Domains we are particularly interested in include smart places, eHealth, manufacturing (industry 4.0), mobility, visual computing, and digital libraries. We founded or maintain, among others, LensKit-Auto, Darwin & Goliath, Mr. DLib, and Docear, each with thousand of users; we contributed to TensorFlow, JabRef and others; and we developed the first prototypes of automated recommender systems (AutoSurprise and Auto-CaseRec) and Federated Meta Learning (FMLearn Server and Client).