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Ho Lab Profile
Ho Lab

@lab_ho

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Laboratory for development of novel soft robotic mechanisms at JAIST (北陸先端科学技術大学院大学)

Joined January 2021
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@lab_ho
Ho Lab
3 months
📢【【論文掲載】ロボット全身の“視覚ベース触覚・近接覚”技術が IEEE Transactions on Robotics に採録されました。#Robotics #TactileSensing #EmbodiedAI #IEEE_TRO 詳細はこちら👉 論文: https://t.co/krBMxqnEQ5 プロジェクトHP: https://t.co/hy2nQxPeTB
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@lab_ho
Ho Lab
15 days
本研究室のNguyen助教はIROS 2025でRAS/Japan Joint Chapter Young Awardを受賞した! 関連するRA-L 論文: https://t.co/3OYORwH1xM
@lab_ho
Ho Lab
22 days
📢We are presenting 2 papers at @IROS2025 this week on: 1) Multimodal sensing for soft fingers (RA-L paper) 2) Embodied intelligence for vibration-based mobile soft robots (T-RO paper) Join us on this Wednesday afternoon sessions!
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@lab_ho
Ho Lab
22 days
📢We are presenting 2 papers at @IROS2025 this week on: 1) Multimodal sensing for soft fingers (RA-L paper) 2) Embodied intelligence for vibration-based mobile soft robots (T-RO paper) Join us on this Wednesday afternoon sessions!
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@lab_ho
Ho Lab
1 month
🚨(Pls RT) Due to many requests, RoboSoft 2026 paper deadline has been extended to ➡️ October 30th, 2025. ⚠️ This is the final deadline—no more extensions! Details 👉: https://t.co/GfuXZasYO3
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@lab_ho
Ho Lab
1 month
🚀【始動】CREST「実環境知能システム」に採択された「Cross-X」プロジェクトが本日スタートしました。研究はもちろん、社会実装やスタートアップも視野に入れています。企業の皆様のご協力を歓迎するとともに、AIロボット研究に挑戦したい大学院生も募集します。お気軽にご連絡ください。
@tetsuyaogata1
Tetsuya Ogata / 尾形哲也
2 months
尾形CRESTの第一期の採択課題5件が発表になりました。 https://t.co/R3yV5haaC2 現在の潮流となる"End-to-Endのデータ駆動型ロボット動作AI(基盤モデル)"に対して、その直接的な活用、機能拡張、新視点との融合、等のテーマを厳選することができました。今後に期待しています。
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@lab_ho
Ho Lab
2 months
(please share) 📢 Only 3 weeks left until the RoboSoft 2026 submission deadline (October 15th)! Don’t miss the chance to present in historic Kanazawa, Japan. Join us 👉 https://t.co/GfuXZasYO3
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@lab_ho
Ho Lab
2 months
Congratulations Dr. Pham!
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@lab_ho
Ho Lab
2 months
Exciting work by my collaborator Prof. @loiannog: NN policy-based end-to-end control for drones that adapts across drone designs, even a "soft" drone.
@loiannog
Giuseppe Loianno
2 months
Check out RAPTOR-our new tiny foundation policy for quadrotors! Adapts within milliseconds! Simulator: https://t.co/npQ2l7KTvu Video: https://t.co/LyWKEZjglj Code: https://t.co/wYeu1FwzvT Paper: https://t.co/nmJFbjMox1 @jonas_eschmann @Berkeley_EECS @berkeley_ai @TIIuae #ARPL
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@lab_ho
Ho Lab
2 months
Visited @LerrelPinto lab. So many cool projects combining hardware and learning, really inspiring!
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@nguyensmai
nguyen sao mai
3 months
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@DFloreano
Dario Floreano
2 months
New 3D-printed sensor provides accurate airspeed estimation at unprecedented angles of attack and speed range, paving the way for autonomous acrobatic flight of winged drones. Open-access preprint https://t.co/0RHAQ9EDXL
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@drfeifei
Fei-Fei Li
2 months
(1/N) How close are we to enabling robots to solve the long-horizon, complex tasks that matter in everyday life? 🚨 We are thrilled to invite you to join the 1st BEHAVIOR Challenge @NeurIPS 2025, submission deadline: 11/15. 🏆 Prizes: 🥇 $1,000 🥈 $500 🥉 $300
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@lab_ho
Ho Lab
2 months
「ROSEグリッパー×スイカ」の実験にて、たくさんの反応をいただき、嬉しいです✨「どういう仕組み?」という声もあったので、下の動画をぜひチェックしてみてください📷 論文もありますが、まずは動画でROSEグリッパの仕組みを感じていただけると幸いです。
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@lab_ho
Ho Lab
2 months
超暑い夏にはやっぱりスイカ! 🍉(直径〜20cm・重さ〜4.2kg)
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@lab_ho
Ho Lab
2 months
☀️ Summer in Japan means watermelon time! 🍉 Our bROSE gripper can now handle it with ease, here lifting a 4.2 kg (9 lbs) watermelon.
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@TohoUnivRA
東邦大学医学部研究推進室URA
8 months
過去の科研費説明会資料を公開することにしました。特別な秘密などなく、常識的なことばかりだと思います。 URAによる科研費セミナー「研究支援で見えてきた みんながハマる 科研費申請書作成の落とし穴」発表スライド
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@lab_ho
Ho Lab
3 months
Developing more capable physical systems is critical to offload low-level interactions, thereby allowing AI to devote its resources to higher-order reasoning. より賢い物理システムをつくると、細かい相互作用を任せられるようになり、その分AIは高いレベルの思考や判断に集中できるように
@BramVDBorght
Bram Vanderborght
3 months
Today’s Humanoid Robots Look Remarkable—but There’s a Design Flaw Holding Them BackBeyond brains, robots desperately need smarter bodies https://t.co/io9Qlp1NG8
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@NatureJapan
Nature Japan
3 months
都 英次郎教授らの腫瘍常在性細菌による抗がん効果に関する@natbme #OA #論文 Tumour-resident oncolytic bacteria trigger potent anticancer effects through selective intratumoural thrombosis and necrosis https://t.co/UHn3NjvXZB #オープンアクセス #JAIST @UNIV_TSUKUBA_JP @daiichisankyo_h
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nature.com
Nature Biomedical Engineering - A tumour-derived consortium of Proteus mirabilis and Rhodopseudomonas palustris eradicated diverse tumours in immunocompromised and immunocompetent animal models via...
@nikkei
日本経済新聞 電子版(日経電子版)
3 months
2種類の細菌でがん破壊 北陸先端大など、動物実験で効果確認 https://t.co/jrmydCj4nO
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@lab_ho
Ho Lab
3 months
Happy to share our latest collaborative work with Prof. @loiannog for prompt detection of/quick recovery from collision with encoder-integrated #Tombo propeller drone. #EmbodiedAI_for_Drone 👉Paper: https://t.co/a1H6O4Mh3o
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@lab_ho
Ho Lab
3 months
🇮🇹ジェノバ大学との共同研究がRA-L誌に掲載されました!人間の行動認識に向け、センシング機能をインターフェース(ロボットも、ユーザも)にオフロードする、一次的な分散型マルチモーダルセンシング手法が提案できました。#EmbodiedAI #HRI  https://t.co/KIWsahGLBE
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ieeexplore.ieee.org
Human activity recognition (HAR) is fundamental in human-robot collaboration (HRC), enabling robots to respond to and dynamically adapt to human intentions. This paper introduces a HAR system...
@lab_ho
Ho Lab
3 months
Our collaborative work with colleagues from Univ. of Genoa is now published in RA-L! We propose a distributed multi-modal sensing method for human activity recognition, offloading sensing tasks to an interface #EmbodiedAI in #HRI. 👉 https://t.co/KIWsahGLBE
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@lab_ho
Ho Lab
3 months
Our collaborative work with colleagues from Univ. of Genoa is now published in RA-L! We propose a distributed multi-modal sensing method for human activity recognition, offloading sensing tasks to an interface #EmbodiedAI in #HRI. 👉 https://t.co/KIWsahGLBE
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