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AI synopsis
Many contributions highlight the PULSAR UAV's innovative features, referencing phrases like 'mechanical and software tour de force' and noting its energy efficiency and obstacle detection capabilities. The tone is optimistic and excited, which emphasizes the perceived revolutionary nature of the UAV, capturing attention through descriptions like 'redefines UAV agility' and 'welcome to dystopia where less is relentlessly more'.
The majority of discussions exhibit positive reactions, suggesting strong endorsement of the UAV's capabilities.
Participants demonstrate a high level of curiosity, indicating the topic is captivating for the audience.
Although some posts delve deeply into technical details, many are more surface-level and reiterative.
Contributors widely acknowledge the significant implications this UAV could have on various fields, especially in technology and exploration.
If you want to know what state of the art drone mapping looks like, this is a mechanical *and* software tour de force: PULSAR, a self-rotating, single-actuated UAV with extended sensor field of view ... https://t.co/HOc1ALRQh0 via @YouTube
Thanks to its self-rotate ability, a new, highly energy efficient drone can detect and respond to obstacles with its LiDAR sensor during various testing scenarios, including mapping and exploration of a cave. https://t.co/tx1CeRluSG @SciRobotics https://t.co/aNlpNjoSNM
Thanks to its self-rotate ability, a new, highly energy efficient drone can detect and respond to obstacles with its LiDAR sensor during various testing scenarios, including mapping and exploration of a cave. https://t.co/94hhs4qfeS https://t.co/Tta7JEPQU8
Thanks to its self-rotate ability, a new, highly energy efficient drone can detect and respond to obstacles with its LiDAR sensor during various testing scenarios, including mapping and exploration of a cave. https://t.co/TtBC4z4EGI @SciRobotics https://t.co/eA8QlrZiwh
Thanks to its self-rotate ability, a new, highly energy efficient drone can detect and respond to obstacles with its LiDAR sensor during various testing scenarios, including mapping and exploration of a cave. https://t.co/9rU0jZIJgI @SciRobotics https://t.co/wyiNSb8r2X
Thanks to its self-rotate ability, a new, highly energy efficient drone can detect and respond to obstacles with its LiDAR sensor during various testing scenarios, including mapping and exploration of a cave. https://t.co/UkbHboJCrv @SciRobotics https://t.co/SbvXt6OoDj
Uncrewed aerial vehicles (UAVs) often face limitations in perception due to narrow sensor fields of view (FoV). This video introduces PULSAR, a self-rotating UAV that enhances its sensor FoV through unique design and…
Exploring the innovative development of miniature robots for biomedical applications, this video focuses on their ability to navigate the intricate pathways within the human body. Challenges in adaptive locomotion and…
Unleashing PULSAR: A solitary motor defies gravity and redefines UAV agility, slashing power use by 26.7%. Autonomous navigation through chaos, LiDAR eyes piercing the unknown. Welcome to dystopia—where less is relentlessly more. #TechRevolution https://t.co/Q57QeHSOwc
RT @fdellaert: If you want to know what state of the art drone mapping looks like, this is a mechanical *and* software tour de force: PULSA…
RT @fdellaert: If you want to know what state of the art drone mapping looks like, this is a mechanical *and* software tour de force: PULSA…
RT @fdellaert: If you want to know what state of the art drone mapping looks like, this is a mechanical *and* software tour de force: PULSA…
RT @fdellaert: If you want to know what state of the art drone mapping looks like, this is a mechanical *and* software tour de force: PULSA…
RT @fdellaert: If you want to know what state of the art drone mapping looks like, this is a mechanical *and* software tour de force: PULSA…
RT @fdellaert: If you want to know what state of the art drone mapping looks like, this is a mechanical *and* software tour de force: PULSA…
RT @fdellaert: If you want to know what state of the art drone mapping looks like, this is a mechanical *and* software tour de force: PULSA…
RT @fdellaert: If you want to know what state of the art drone mapping looks like, this is a mechanical *and* software tour de force: PULSA…
RT @fdellaert: If you want to know what state of the art drone mapping looks like, this is a mechanical *and* software tour de force: PULSA…
RT @fdellaert: If you want to know what state of the art drone mapping looks like, this is a mechanical *and* software tour de force: PULSA…
If you want to know what state of the art drone mapping looks like, this is a mechanical *and* software tour de force: PULSAR, a self-rotating, single-actuated UAV with extended sensor field of view ... https://t.co/HOc1ALRQh0 via @YouTube
RT @TechXplore_com: Team develops a revolutionary unpiloted aerial vehicle inspired by #sciencefiction @hkuniversity @SciRobotics https://t…
RT @TechXplore_com: Team develops a revolutionary unpiloted aerial vehicle inspired by #sciencefiction @hkuniversity @SciRobotics https://t…
RT @TechXplore_com: Team develops a revolutionary unpiloted aerial vehicle inspired by #sciencefiction @hkuniversity @SciRobotics https://t…
RT @TechXplore_com: Team develops a revolutionary unpiloted aerial vehicle inspired by #sciencefiction @hkuniversity @SciRobotics https://t…
Team develops a revolutionary unpiloted aerial vehicle inspired by #sciencefiction @hkuniversity @SciRobotics https://t.co/lKFqp82Jnl https://t.co/T88bmLzFsX
RT @ScienceMagazine: Thanks to its self-rotate ability, a new, highly energy efficient drone can detect and respond to obstacles with its L…
RT @ScienceMagazine: Thanks to its self-rotate ability, a new, highly energy efficient drone can detect and respond to obstacles with its L…
RT @ScienceMagazine: Thanks to its self-rotate ability, a new, highly energy efficient drone can detect and respond to obstacles with its L…
RT @ScienceMagazine: Thanks to its self-rotate ability, a new, highly energy efficient drone can detect and respond to obstacles with its L…
RT @ScienceMagazine: Thanks to its self-rotate ability, a new, highly energy efficient drone can detect and respond to obstacles with its L…
ScienceMagazine: Thanks to its self-rotate ability, a new, highly energy efficient drone can detect and respond to obstacles with its LiDAR sensor during various testing scenarios, including mapping and exploration of a cave. https://t.co/bQiRmlXiCc @Sc… https://t.co/KJ7LARn8dq
Thanks to its self-rotate ability, a new, highly energy efficient drone can detect and respond to obstacles with its LiDAR sensor during various testing scenarios, including mapping and exploration of a cave. https://t.co/TtBC4z4EGI @SciRobotics https://t.co/eA8QlrZiwh
ScienceMagazine: Thanks to its self-rotate ability, a new, highly energy efficient drone can detect and respond to obstacles with its LiDAR sensor during various testing scenarios, including mapping and exploration of a cave. https://t.co/E7x7YGkQDs @Sc… https://t.co/ji2m87i9db
RT @ScienceMagazine: Thanks to its self-rotate ability, a new, highly energy efficient drone can detect and respond to obstacles with its L…
RT @ScienceMagazine: Thanks to its self-rotate ability, a new, highly energy efficient drone can detect and respond to obstacles with its L…
RT @ScienceMagazine: Thanks to its self-rotate ability, a new, highly energy efficient drone can detect and respond to obstacles with its L…
RT @ScienceMagazine: Thanks to its self-rotate ability, a new, highly energy efficient drone can detect and respond to obstacles with its L…
Thanks to its self-rotate ability, a new, highly energy efficient drone can detect and respond to obstacles with its LiDAR sensor during various testing scenarios, including mapping and exploration of a cave. https://t.co/UkbHboJCrv @SciRobotics https://t.co/SbvXt6OoDj
RT @ScienceMagazine: Thanks to its self-rotate ability, a new, highly energy efficient drone can detect and respond to obstacles with its L…
RT @ScienceMagazine: Thanks to its self-rotate ability, a new, highly energy efficient drone can detect and respond to obstacles with its L…
RT @ScienceMagazine: Thanks to its self-rotate ability, a new, highly energy efficient drone can detect and respond to obstacles with its L…
RT @ScienceMagazine: Thanks to its self-rotate ability, a new, highly energy efficient drone can detect and respond to obstacles with its L…
RT @ScienceMagazine: Thanks to its self-rotate ability, a new, highly energy efficient drone can detect and respond to obstacles with its L…
RT @ScienceMagazine: Thanks to its self-rotate ability, a new, highly energy efficient drone can detect and respond to obstacles with its L…
RT @ScienceMagazine: Thanks to its self-rotate ability, a new, highly energy efficient drone can detect and respond to obstacles with its L…
RT @ScienceMagazine: Thanks to its self-rotate ability, a new, highly energy efficient drone can detect and respond to obstacles with its L…
RT @ScienceMagazine: Thanks to its self-rotate ability, a new, highly energy efficient drone can detect and respond to obstacles with its L…
RT @ScienceMagazine: Thanks to its self-rotate ability, a new, highly energy efficient drone can detect and respond to obstacles with its L…
RT @ScienceMagazine: Thanks to its self-rotate ability, a new, highly energy efficient drone can detect and respond to obstacles with its L…
ScienceMagazine: Thanks to its self-rotate ability, a new, highly energy efficient drone can detect and respond to obstacles with its LiDAR sensor during various testing scenarios, including mapping and exploration of a cave. https://t.co/4zx2DPLKBS @Sc… https://t.co/2bmdZnjJrW
RT @ScienceMagazine: Thanks to its self-rotate ability, a new, highly energy efficient drone can detect and respond to obstacles with its L…
RT @ScienceMagazine: Thanks to its self-rotate ability, a new, highly energy efficient drone can detect and respond to obstacles with its L…
RT @ScienceMagazine: Thanks to its self-rotate ability, a new, highly energy efficient drone can detect and respond to obstacles with its L…
RT @ScienceMagazine: Thanks to its self-rotate ability, a new, highly energy efficient drone can detect and respond to obstacles with its L…
Thanks to its self-rotate ability, a new, highly energy efficient drone can detect and respond to obstacles with its LiDAR sensor during various testing scenarios, including mapping and exploration of a cave. https://t.co/tx1CeRluSG @SciRobotics https://t.co/aNlpNjoSNM
RT @ScienceMagazine: Thanks to its self-rotate ability, a new, highly energy efficient drone can detect and respond to obstacles with its L…
RT @ScienceMagazine: Thanks to its self-rotate ability, a new, highly energy efficient drone can detect and respond to obstacles with its L…
RT @ScienceMagazine: Thanks to its self-rotate ability, a new, highly energy efficient drone can detect and respond to obstacles with its L…
RT @ScienceMagazine: Thanks to its self-rotate ability, a new, highly energy efficient drone can detect and respond to obstacles with its L…
RT @ScienceMagazine: Thanks to its self-rotate ability, a new, highly energy efficient drone can detect and respond to obstacles with its L…
RT @ScienceMagazine: Thanks to its self-rotate ability, a new, highly energy efficient drone can detect and respond to obstacles with its L…
RT @ScienceMagazine: Thanks to its self-rotate ability, a new, highly energy efficient drone can detect and respond to obstacles with its L…
ScienceMagazine: Thanks to its self-rotate ability, a new, highly energy efficient drone can detect and respond to obstacles with its LiDAR sensor during various testing scenarios, including mapping and exploration of a cave. https://t.co/d4Ur4IWVfp @Sc… https://t.co/3aAA2FS3OL
RT @ScienceMagazine: Thanks to its self-rotate ability, a new, highly energy efficient drone can detect and respond to obstacles with its L…
RT @ScienceMagazine: Thanks to its self-rotate ability, a new, highly energy efficient drone can detect and respond to obstacles with its L…
Thanks to its self-rotate ability, a new, highly energy efficient drone can detect and respond to obstacles with its LiDAR sensor during various testing scenarios, including mapping and exploration of a cave. https://t.co/9rU0jZIJgI @SciRobotics https://t.co/wyiNSb8r2X
RT @SciRobotics: Thanks to its self-rotate ability, a new, highly energy efficient drone can detect and respond to obstacles with its LiDAR…
@SciRobotics Thanks to its self-rotate ability, a new, highly energy efficient #drone can detect and respond to obstacles with its LiDAR sensor during various testing scenarios, including mapping and exploration of a cave. https://t.co/oq8Asp5So7
Thanks to its self-rotate ability, a new, highly energy efficient drone can detect and respond to obstacles with its LiDAR sensor during various testing scenarios, including mapping and exploration of a cave. https://t.co/94hhs4qfeS https://t.co/Tta7JEPQU8
RT @ScienceMagazine: New in @SciRobotics: Researchers present a new type of uncrewed aerial vehicle able to capture a 360-degree field of v…
ScienceMagazine: New in @SciRobotics: Researchers present a new type of uncrewed aerial vehicle able to capture a 360-degree field of view without consuming additional energy while doing so. Learn more: https://t.co/zlittSxdoi https://t.co/W3FmmfLSJQ
RT @ScienceMagazine: New in @SciRobotics: Researchers present a new type of uncrewed aerial vehicle able to capture a 360-degree field of v…
RT @ScienceMagazine: New in @SciRobotics: Researchers present a new type of uncrewed aerial vehicle able to capture a 360-degree field of v…
RT @ScienceMagazine: New in @SciRobotics: Researchers present a new type of uncrewed aerial vehicle able to capture a 360-degree field of v…
RT @ScienceMagazine: New in @SciRobotics: Researchers present a new type of uncrewed aerial vehicle able to capture a 360-degree field of v…
RT @ScienceMagazine: New in @SciRobotics: Researchers present a new type of uncrewed aerial vehicle able to capture a 360-degree field of v…
New in @SciRobotics: Researchers present a new type of uncrewed aerial vehicle able to capture a 360-degree field of view without consuming additional energy while doing so. Learn more: https://t.co/n69iDw4hIO https://t.co/qKdSSUPFJj
日本のロボット研究が遅れている答えは実用化とか産業展開を見過ぎなのかも知れませんね ドローン研究もない荷物運搬見たいなことばかり Livoxのlidarをプロペラの反力で自転させながら360度マッピングしています https://t.co/uIkiX1iTI4
RT @SciRobotics: Researchers present a new type of uncrewed aerial vehicle able to capture a 360-degree field of view without consuming add…
Researchers present a new type of uncrewed aerial vehicle able to capture a 360-degree field of view without consuming additional energy while doing so. Learn more: https://t.co/yP9OE1VduO https://t.co/YUb1K2qhW3