MatchMate⚽️
An AI football companion product for live game watching: ask questions, check data, and get personalized commentary and interactions in real time.
Born from our AI sports research, now in beta!
Try here👉https://t.co/Vbjf77dDjI
#FootballAI#SportsTech#WorldCup2026
⚽️ Introducing the first vision foundation model for this beautiful game.
🌟 CVPR 2026 Oral & Award Candidate (with @WeidiXie ) ⏰ Oral: June 6, 14:00 (Four Seasons Ballroom)
📍 Poster: June 6, 16:45 (#11)
📑 SoccerMaster: A Vision Foundation Model for Soccer Understanding
Fig. 5 | forecasting events from generated futures
GenTac samples future trajectory rollouts, then maps them into tactical events.
So the output is not a single label, but a distribution over possible tactical outcomes grounded in different generated futures.
Football tactics are not with a single future, In GenTac, we treat open-play as a generative multi-agent process, unifying:
⚽ multi-player trajectory forecasting
📍 tactical event recognition
Project Page: https://t.co/VI30Mevtpt
Github: https://t.co/MAcMaYiHId
@WeidiXie
Fig. 4 | trajectories carry semantics
On TacBench-Event with 5 event types and 15 subtypes, GenTac can recover tactical semantics directly from multi-player trajectories.
Event grounding reaches:
71.2% top-1 for event type
53.7% top-1 for event subtype
with strong top-3/5 Acc.
Fig. 3 | beyond soccer
We also retrain GenTac on basketball, American football, and ice hockey. Across all three, opponent-conditioned forecasting consistently outperforms unconditioned rollout.
Fig. 2 | conditioned forecasting
GenTac is also about generating futures under different conditions: team /league style and objectives.
Team conditioning improves collective structure at 5s. Objective guidance also makes the rollout steerable toward offense or defense.
Welcome to join our Challenges at CVPR 2026!!! See all the details here and I'm hosting VQA challenges with $1000 prize for No.1 candidate sponsored by KNQ technology.
The SoccerNet 2026 Challenges are in full swing⚽️🔥
Our presentation video is now live : meet the task leaders and don't miss any details before the April 24, 2026 deadline.
▶️Watch it here: https://t.co/PLY5BcTdOy
Time to climb the leaderboard 🚀
@_CVsports#CVPR2026
(1/n) 🚨 BERTs that chat: turn any BERT into a chatbot with diffusion
hi @karpathy, we just trained a few BERTs to chat with diffusion — we are releasing all the model checkpoints, training curves, and recipes! Hopefully this spares you the side quest into training nanochat with diffusion for now 🙂. It’s both a hands-on tutorial for beginners and an example showing how to use our complete toolkit (dLLM) for deeper projects.
Code: https://t.co/Nv7d1t8Qin
Report: https://t.co/sGKgA1Cz0O
Checkpoints: https://t.co/iluTMnHkQO
Motivation: I couldn’t find a good “Hello World” example for training a minimally working yet useful diffusion language models, a class of bidirectional language models capable of parallel token generation in arbitrary order. So I tried finetuning BERTs to make it chat with discrete diffusion—and it turned out more fun than I expected.
TLDR: With a small amount of open-source instruction-following data, a standard BERT can gain conversational ability with diffusion. Specifically, a finetuned ModernBERT-large, with a similar number of parameters, performs close to Qwen1.5-0.5B.
“Multi-agent System for Comprehensive Soccer Understanding” done with @WeidiXie will be oral presented #ACMMM2025 in Dublin at GoldSmith3, RDCC from around 14:20 tommorrow (10.30).
Come and chat if you are interested!⚽️🏆Also, join our challenge on CVPR 2026 based on this work!
Hi all,
I am hosting a dinner party on 11.5 at EMNLP this year!
We've invited a bunch VCs and startup people, also fantastic panelist to talk about embodied AI and LLM agents.
All are welcome to attend!!
🚀🌟We're excited to kick off the third official task of #SoccerNet Challenges 2026!
⚽️3⃣ VQA Visual Question Answering
Details of this task are available at https://t.co/rEUmLAQKZQ
iii) Ablation studies demonstrate that the system achieves better performance when provided with general task descriptions as context. More qualitative results of execution pipeline are shown as follows.
In ACM MM 2025, we introduced "Multi-Agent System for Comprehensive Soccer Understanding" with @WeidiXie
⚽️AI with external knowledge to analyze on/off-field dynamics! 🧐
📄: https://t.co/SWY6AIgMGe
🌐: https://t.co/upZTE3mjKB
See details below! #AI4Sports#MultiAgent#ACMMM25
ii) Also, we designed a multi-agent system, SoccerAgent, to decompose the the given multi-modal soccer-related questions with tool chains and then execute the tools step by step with the help of a distributed toolbox.
i) We proposed a multi-modal soccer understanding QA benchmark with multiple choices based on WikiPedia and other existing datasets. Some representative examples for each task are presented for reference.