national roboticsweek 2021 Beetle Camera Wireless Steerable Vision System Instructions

June 6, 2024
national roboticsweek

2021national roboticsweek 2021 Beetle Camera Wireless Steerable Vision
System

Beetle Camera
Wireless Steerable Vision Systemnational roboticsweek 2021 Beetle
Camera Wireless Steerable Vision System - fig

Coaches: Vikram Iyer, Ali Najafi, Johannes James, Sawyer Fuller, Shyamnath Gollakota
Hometown: University of Washington
Stats: This robotic camera was designed to be as light and energy- efficient as possible so it can be carried by an insect. It can be controlled to turn and look in different directions and would allow researchers to study insect behavior.
Fun Fact : The team also designed an insect-scaled robot to carry and test the camera system.national roboticsweek 2021 Beetle Camera Wireless
Steerable Vision System - fig2

icebox

Icy Proof-of-Concept Robot

national roboticsweek 2021 Beetle Camera Wireless Steerable Vision System -
fig3

Coaches: Devin Carroll and Mark Yim
Hometown: GRASP Lab at the University of Pennsylvania
Stats: IceBot has a chassis and wheels made out of ice, to prove that it is possible to use as a material. IceBot brings us closer to having a robot that can explore distant planets and self-repair, building new parts out of local materials.
Fun Fact: The team tried molding, 3D printing, and CNC machining the ice but found that cutting ice with a drill was the most effective and efficient method of shaping it.national roboticsweek 2021 Beetle Camera Wireless
Steerable Vision System - fig4

SlothBot

Conservation Robot
national roboticsweek 2021 Beetle Camera Wireless Steerable Vision System -
fig5

Coaches: Magnus Egerstedt and the team
Hometown: Georgia Institute of Technology
Stats: SlothBot aims to be as energy-efficient as possible while monitoring weather, temperature, carbon dioxide, and other environmental data. It moves slowly on a 100-foot cable, moving into the sunlight when its batteries need recharging. It’s designed to be slow so that it is extremely energy efficient and can monitor data for long periods of time.
Fun fact: SlothBot’s adorable 3D printed shell helps protect its electronics from the elements.national roboticsweek 2021 Beetle Camera
Wireless Steerable Vision System - fig6

Tumbling Magnetic Microrobot

Tiny Colon Explorernational roboticsweek 2021 Beetle Camera Wireless
Steerable Vision System - fig7

Coaches: Elizabeth E. Niedert, Chenghao Bi, Georges Adam, Elly Lambert, Luis Solorio, Craig J. Goergen, and David J. Cappelleri
Hometown: Purdue University
Stats: These tiny robots could be used to deliver medicine to a targeted location. They are too small to carry batteries, so they tumble like miniature wheels while powered by an external rotating magnetic field.
Fun fact: The team chose the colon as the location to test the robot in vivo since it is easily reached and very messy.national roboticsweek 2021
Beetle Camera Wireless Steerable Vision System - fig8

Squidbot

Squid-Inspired Underwater Robotnational roboticsweek 2021 Beetle Camera
Wireless Steerable Vision System - fig9

Coaches: Caleb Michael Christianson, Yi Cui, Michael Ishida, Xiaobo Bi, Qiang Zhu, Geno Pawlak, Michael T. Tolley
Hometown: University of California San Diego
Stats: Squidbot is a squid-like robot that propels itself by generating jets of water, similar to how a real squid moves. This robot travels underwater untethered and with its own
power source, and can carry a sensor such as a camera to collect data as it travels.
Fun Fact: A race between Squidbot and a real squid would be no competition: Some squid travel about 36 feet per second, while Squidbot’s top speed is one foot per second.national roboticsweek 2021 Beetle Camera
Wireless Steerable Vision System - fig10

OSIRIS-Rex

Asteroid-study Robot
national roboticsweek 2021 Beetle Camera Wireless Steerable Vision System -
fig11
Coaches: Very large team with members from NASA, The University of Arizona, Lockheed Martin, Arizona State University, CSA-ASC, CNES, KinetX, MIT, ULA
Hometown: NASA
Stats: The OSIRIS-REx spacecraft is traveling to Bennu, a carbonaceous asteroid whose soil may record the earliest history of our solar system. Its job is to collect a sample, map the asteroid, document the sample site, and more.
Fun Fact: NASA is collaborating with Japan’s JAXA, trading information about this mission and JAXA’s very similar Hayabusa2 asteroid study.
national roboticsweek 2021 Beetle Camera Wireless Steerable Vision System -
fig12

Shimon

Multitalented Musical Robotnational roboticsweek 2021 Beetle Camera
Wireless Steerable Vision System - fig13

Coaches: Gil Weinberg, Guy Hoffman, Mason Bretan, Marcelo Ciccone
Hometown: Center for Music Technology @ Georgia Tech
Stats: Shimon was originally developed to improvise on the marimba, but has recently been programmed to also generate lyrics, sing, and even analyze spoken lyrics and respond to them—allowing him to be challenged to a rap battle. Shimon uses deep learning, a class of machine learning algorithms, to generate his own words. He even has an album on Spotify!
Fun fact: Shimon is trained on datasets of 50,000 lyrics from jazz, progressive rock, and hip-hop. national roboticsweek 2021 Beetle Camera
Wireless Steerable Vision System - fig14

iRobot® Roomba® i3 Wi-Fi®

Connected Robot Vacuumnational roboticsweek 2021 Beetle Camera Wireless
Steerable Vision System - fig15

Coach: CEO Colin Angle
Hometown: iRobot
Stats: The i3 navigates and maps your home in neat rows using state-of- the-art floor tracking sensors. Reactive Sensor Technology tells the robot where it can and cannot reach. Roomba® i3 learns your cleaning habits to offer up personalized schedules.
Fun fact: Roomba® i3 Robot Vacuum is compatible with Clean Base® Automatic Dirt Disposal.national roboticsweek 2021 Beetle Camera Wireless
Steerable Vision System - fig16

OpenBet

Open Source Smartphone Robotnational roboticsweek 2021 Beetle Camera
Wireless Steerable Vision System - fig17 Coaches: Matthias Muller and Vladlen Koltun
Hometown: Intel
Stats: OpenBet is an open-source 3D printed smart robot that it is possible to build for less than $50. It adds to your existing Android smartphone, and all of its plans are freely available online. An Arduino nano microcontroller allows the phone to communicate with the vehicle body.
Fun Fact: The team was inspired by projects such as Google’s Cardboard VR device, allowing home users to tinker with technology that typically has a higher cost of entry.national roboticsweek 2021 Beetle Camera Wireless
Steerable Vision System - fig18

ShodoFranka

Chinese Calligraphy Writing Robotnational roboticsweek 2021 Beetle
Camera Wireless Steerable Vision System - fig19

Coaches: Sen Wang, Jiaqi Chen, Xuanliang Deng, Seth Hutchinson, Frank Dellaert
Hometown: Borglab @ Georgia Tech
Stats: ShodoFranka is a highly dexterous robotic arm that approaches the art of Chinese calligraphy as a trajectory optimization problem. It can write any Chinese character given only its Unicode symbol.
Fun Fact: The robot emulates real calligraphy artists in resetting their brush with a “dip-ink” function. After a stroke is written, this behavior restores the brush to a predictable state for more a predictable painting outcome.national roboticsweek 2021 Beetle Camera Wireless Steerable Vision
System - fig20

Bleeker

Cartoon Robotic Dognational roboticsweek 2021 Beetle Camera Wireless
Steerable Vision System - fig21

Coaches: Jonathan Mahood
Hometown: A Small Town North of Toronto
Stats: Bleeker: The Rechargeable Dog is a comic strip by Jonathan Mahood about ten-year-old Skip Smalls, his friend Lila, and Bleeker, his electronic dog.
Fun Fact: The comic was originally called Hoover: The Rechargeable Dog, but he was renamed Bleeker in honor of artist Jonathan Mahood’s grandfather—Bleeker was his middle name!
Read Bleeker : The Rechargeable Dog at gocomics.com/bleeker

References

Read User Manual Online (PDF format)

Loading......

Download This Manual (PDF format)

Download this manual  >>

Related Manuals