The Robot Design for the 2011 FRC program provided by FIRST. This was showed at Kickoff Events around the world. FIRST Robo Squad 558 Attended the even in Farmington CT. Remember to check out our Website!! www.robosquad558.com or the first website www.usfirst.org
Robot Design course final project presentations and demos in the Department of Mechanical Engineering at Florida International University (FIU), Miami, Florida. Team A Chandra Adusumilli Adrian Arbide Vishnu Madadi
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Lecture by Professor Oussama Khatib for Introduction to Robotics (CS223A) in the Stanford Computer Science Department. In the first lecture of the quarter, Professor Khatib provides an overview of the course. CS223A is an introduction to robotics which covers topics such as Spatial Descriptions, Forward Kinematics, Inverse Kinematics, Jacobians, Dynamics, Motion Planning and Trajectory Generation, Position and Force Control, and Manipulator Design. Complete Playlist for the Course: www.youtube.com CS 223A Course Website: cse.stanford.edu Stanford University: www.stanford.edu Stanford University Channel on YouTube: www.youtube.com
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The problem with a typical suspension system is that its very complex and involves many parts. As a solution, I invented a new type of robot suspension consisting of one single flexible part. To learn more about my design, check out my tutorial at: www.societyofrobots.com
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E-Bots LoudMouths from Ontario Canada do the FLL Smart Move challenge in 67.62 seconds with the full 400 points. For our Reginal event we were Tournament Champions and finished 1st for Robot Challenge. They went to the Ontario Provincials and scored 400s in the qualifiers, the highest of 41 teams, unfortunately we had a motor fail (so we couldn't do any of our missions) in the elimination round and were sadly eliminated. ... We did win the Robot Design Award 1st place.
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Spider Robot Design, using, 18 Micro Servo, Arduino, Maestro Servo driver and Voice Recognition card...
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From his upturned palm, Ryan Carr launches then expertly flies what appears to be a remote-controlled bird. Later, the aeronautical engineer uses special equipment to examine the machine's flight characteristics. scientist Joseph McDermott works at the Air Force Research Lab in Dayton, Ohio, with materials so tiny the width of a human hair is huge by comparison. Welcome to the world of micro air vehicles (MAVs) at Wright-Patterson Air Force Base. Here hobby-store aircraft are helping scientists design a futuristic line of miniature flying spy vehicles. We take the technology that we have and we try to design something that does the same thing as a hummingbird or dragonfly does," explains Carr.
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Four times smaller than a conventional refrigerator, the Bio Robot cools biopolymer gel through luminescence. Rather than shelves, the non sticky, odourless gel morphs around products to create a separate pod that suspends items for easy access. Without doors, draws and a motor 90% of the appliance is solely given over to its intended purpose. At the same time, all food, drink and cooled products are readily available, odours are contained, and items are kept individually at their optimal temperature by bio robots. The fridge is adaptable -- it can be hung vertically, horizontally, and even on the ceiling. Different sizes and dimensions allow it to perfectly fit the accordant dwelling.
Demo programming of i-Sobot humanoid robot by Sudhir Reddy Posireddy. Humanoid i-Sobot is one of the smallest commercial humanoids which packs 17 servos. The demo was prepared for the Robot Design class, Department of Mechanical Engineering, Florida International University, Miami, Florida, Spring 2008.
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idrawgirls.com for step by step images and brushes download. Drawing design and painting Mecha, learn how to draw and paint anime mech robot for concept art and sci-fi illustration. A step by step how to sketch and paint a quick color concept Mecha Evangelion like par 1 of 2: design sketch and paint robot head to establish the value range. Whenever I want to start to come up with concept idea, I usually do this speedpainting concept spend about twenty minutes to an hour to get the concept down. You can watch and learn my process of how to put rough idea onto the paper sketching and create sci-fi mech robot concept art online lesson for comics cartoon illustration, manga, and anime.
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How-to video about forming polycarbonate to use to improve an FTC robot.
www.ted.com Plenty of robots can fly -- but none can fly like a real bird. That is, until Markus Fischer and his team at Festo built SmartBird, a large, lightweight robot, modeled on a seagull, that flies by flapping its wings. A soaring demo fresh from TEDGlobal 2011.TEDTalks is a daily video podcast of the best talks and performances from the TED Conference, where the world's leading thinkers and doers give the talk of their lives in 18 minutes. TED stands for Technology, Entertainment, Design, and TEDTalks cover these topics as well as science, business, development and the arts. Closed captions and translated subtitles in a variety of languages are now available on TED.com, at http Follow us on Twitter www.twitter.com Checkout our Facebook page for TED exclusives www.facebook.com
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This is our mechanical engineering senior design project at Vanderbilt University. The intended application is for search and rescue missions. The entire project was completed in one semester, all the way from the design to fabrication and testing.
Most people who have gone to design school can probably relate to this kind of situation.
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Kondo Robot announced a new, low cost, hexapod robot design with surprising flexibility, performance, and customizability. The robots unique leg design incorporates springs and linkages only requiring two servos per leg while improving the hexapod's ability to deal with uneven terrain and obstacles. The robots base frames can be easily fabricated or modified by builders to realize custom configurations. For more information visit Robots Dreams at www.robots-dreams.com. . Distributed by Tubemogul.
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See www.barobo.com A novel modular robot design that incorporates four controllable degrees of freedom made up of two outer sections, and rotating faceplates at the ends of each outer section. The outer faceplates can rotate continuously, which enables individual modules to turn while crawling, or drive as though with wheels. This significantly increases the mobility of each module, allowing it to traverse a wide variety of terrain without an overcomplicated physical shape.
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Standard humanoid robots mimic the human form but the mechanisms used in such robots are very different from those in humans, and the characteristics of the robot reflect this. This places severe limitations on the kinds of interactions such robots can engage in, on the knowledge they can aquire of their environment, and therefore on the nature of their cognitive engagement with the environment. However a new kind of robot is just beginning to emerge - the anthropomimetic robot. Instead of just copying the appearance of a human, it copies the inner structures and mechanisms - bones, joints, musles, and tendons, and thus has the potential for human-like action and interaction in the world. ECCE, developed within the EU's 7th Framework Programme, is the first robot that follows the anthropomimetic design principles very closely. The project has three major goals: (1) to design and build a robot using anthropomimetic principles, (2) to characterise its dynamics and control it, (3) to exploit its human-like characteristics to produce some human-like cognitive features.
ANCHOR: Robot designers gathered at Robo_Japan 2008 in Yokohama, Japan to showcase their latest developments. NTD's Yukichi Negishi brings us there. STORY: Within the last decade, cell phones and computers have become a part of modern life. In the near future, we might see robots not only in assembly lines but just as much a part of our daily life as cell phones, cars, and computers. Tomotaka Takahashi, award winning robot creator, hopes to see robots in our life not just for convenience but also as our friends. [Tomotaka Takahashi, Robot Creator]: Robots are going to be in your home and your family member pretty soon. We tend to think about the practicality or usage robots, but we never think that way (about) your family or your boyfriend or girlfriend. Please treat them as your friend. Current robot designs mostly resemble male qualities like stiff movement and dont have many feminine qualities. Creating feminine robots is one of next steps to making robots a part of our daily life. [Tomotaka Takahashi, Robot Creator]: I think first of all there is no female type robot because there are technical problems. The first one is its harder to put all the parts inside the body. I [have to] use smaller parts and also design. Second one is that most of researcher in the robotics field is male, so we dont know how to realize female type robots. You know, it has nothing to do with wear skirts or having longer hair. Tomotakas mini climbing robot helped the electronics company <b>...</b>
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Augmented reality T-shirt on the Popcode platform For more demos and to buy your own t-shirt visit: www.popcode.info Robot design by Henry Billington: www.henrybillington.co.uk
TOR ART is a contemporary art studio that provides facilities for sculpture, design and architecture. The company merges traditional handcrafted carving tecniques with the most advanced technology, from 3D laser scanning to computer assisted carving robots. With our services you can create sculptures directly from your file or from client-furnished models or maquettes. With our non-invasive technologies we can reproduce works such as restoration or renovation as well as historical elements that can be copied in their most refined details. Our team consents the creation from model to final production in various materials such as diverse granites, marbles and stones.
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Watch these boys play with one of the many robots which can be built with the complete Bioloid Robot Kit. More than a robotic toy, these robot kits are currently used by the US Navy for training exercises, can be assembled in many different ways, and are very sturdy. The best robotic kit for teaching homeschooled children advanced robot design and programming.
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Shimon, the marimba playing robot displays new capabilities in the form of enhanced dynamic range and a basic musical ornamentation system. As opposed to previous examples, here Shimon uses different intensity strikes to accentuate the main melody. Programmed by: Guy Hoffman www.guyhoffman.com The Georgia Tech Center for Music Technology: gtcmt.coa.gatech.edu Director: Gil Weinberg Robot design and construction: Guy Hoffman and Roberto Aimi, Alium Labs www.aliumlabs.com
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Like the video please! :D ----------------------------------- Of course this isn't going to be used but I wanted to get more into website designing. Should hopefully be making my own soon enough :) Check out the final image below! imageshack.us Thanks, Robot IGNORE: bbc iplayer i player website redesign re-design re design robot i2obot l2obot 12obot gfx graphics fx photoshop illustrator cinema 4d cinema4d maxon adobe tutorial speed art "Adobe Photoshop"
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Megaminxer is probably the first robot in the world to solve a Megaminx puzzle. The Megaminx is a dodecahedron with 12 faces, each with 5 edges. Each face can be rotated in a similar way to the well-known Rubik's Cube puzzle. The robot itself is built out of LEGO using a Mindstorms NXT kit for driving the mechanics. An HTC Desire smartphone running a custom Android app is the brain of the solver. The app uses the phone's camera to capture images of each face of the Megaminx which it then processes to determine the colors of the scrambled puzzle. After working out the solution, the app transmits the moves to the NXT controller via bluetooth to instruct it to solve the Magaminx. The mechanism used by Megaminxer has been adapted from the "MultiCuber" robot designs as seen in MultiCuber 777 www.youtube.com The most challenging parts of the mechanical design were creating pentagonal shaped rings and modifying the tilting mechanism to cope with the obtuse angles between edges and faces using LEGO bricks that more naturally form shapes with right angles. The software uses an enhanced table-driven algorithm developed from one previously created for solving the standard 3x3x3 Rubik's Cube puzzle. Check out the blog: blogs.arm.com
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Part 5 of 9. To build a humanoid that can function in our world is a bold challenge being taken up by isolated labs around the world. Researchers are infusing robots with abilities ranging from grasping to hearing and vision.
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This video shows an initial test of the MDS (Mobile Dexterous Social) Robot designed and built in collaboration with the MIT Media Lab's Personal Robots Group, UMASS Amherst's Laboratory for Perceptual Robotics, Xitome Design, and Meka Robotics. It illustrates the robot's expressive range of movement using scripted animations and pre-recorded speech. For more information see robotic.media.mit.edu
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Read our feature on the Rubik's cube: www.newscientist.com A student at Florida Institute of Technology shows how a robot can solve a Rubik's cube using software called Cube Explorer.
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I designed and created this robot (Lola) for my a senior design class. I wanted to look at learning and control so I choose to use an Artificial Neural Network (ANN) as my controller/brain.The way it worked was that the robot has six sensors. These sensors fed into the input layer of the ANN. The information propogated through the network and would come out of the output nodes. The output nodes would then control the speed ad direction of the main servos controlling the arm. In order to find the right weights and topologies to get the ANN to read in the sensors and then actuate the servos to produce crawling behavior, I used an genetic algorithm to evolve an ANN. The genetic algorithm I used is called NEAT. I read about it from a paper called "Competitive Coevolution through Evolutionary Complexificaition" by Kenneth Stanley. If you search in google the first link will take you to the paper. I plan on putting up at least one more video which shows how the ANNs are producing the crawling behavior. If anyone knows of a free and easy to use movie maker that allows me to play two movies side by side please let me know. But please comment or send me messages and tell me what you guys think. Update (6/5/10) Here's a link to the paper. If you guys like it and want to use something from it please ask and/or cite. I'm more than happy to talk to people about it and see the work continued. www.engin.swarthmore.edu/e90/2008/reports/Roby%20Velez.pdf
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idrawgirls.com for step by step images and brushes download Concept art tutorial How to draw and paint mecha robot. Mech digital painting tutorial speed mecha. Learn to draw and paint robot Mecha style. How to draw and color video and step by step. Hoover craft assault droid, Mech or Mecha Giant Robot. Rough sketching to finish rendering how to get you idea into an actual image, drawing, blocking in shape, background and rendering. Learn how to draw mech or mecha Giant Robot sci-fi design Anime, Manga and comics concept illustration: video step-by-step tutorial with instruction online. This tutorial will show you how to design industrial mech or mecha machine robot concept art. The process is basically widely use among concept artists in video games development or even in movie conceptual design department. Step by step how to start sketching the initial idea, drawing, blocking in shape, background and rendering. Thevideo demonstrates how to quickly create an efficient concept design from concept idea into visual. How to put rough idea onto the paper sketch and create sci-fi character concept art online lesson for comics cartoon illustration, manga, and anime. More info:www.idrawgirls.com
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Researchers at the German Aerospace Center (DLR) have built an anthropomorphic robot hand that can endure collisions with hard objects and even strikes from a hammer without breaking into pieces. Read more: spectrum.ieee.org
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DigInfo - movie.diginfo.tv http www.carbodydesign.com Toyota developed the "Winglet" personal transport assistance robot as one of the "Toyota partner robots" now being developed by Toyota for supporting human activity. The new transport robot is designed to be ridden in the standing position. The robot body has a projected area that is equivalent to the size of an A3 sheet of paper, is light enough to be carried, and is controlled with sensors that constantly detect the rider's position to enable stabilized electric powered travel on two wheels. The robot also features a unique parallel linkage mechanism that allows the rider to steer the robot forward and back and to turn by merely shifting his or her weight. As a result, the robot can be comfortably used with peace of mind even in narrow or crowded locations. The Winglet is available in three different models, which include Type L, Type M, and Type S, and each model is achieved by changing the steering unit on the upper body to offer a different operation feeling that ranges from practical to a sporty, hands-free ride. The ideal model for the intended application can be selected from the three models. Toyota intends to achieve practical application of its "partner robot" within the next 10 years and intends to aggressively move forward with developments to meet that goal. Good Design Expo 2008
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Team 1103 VEX Robotics Competition awards winner - the highest scoring VEX robot ever! See some of the innovative design features, like intelitek's easyC for Cortex, that helped this robot win so many awards, including the Programming Skills Award at the VEX National Championships!
Robonaut is a humanoid robot designed by the Robot Systems Technology Branch at NASA's Johnson Space Center. The Robonaut project seeks to develop and demonstrate a robotic system that can function as an EVA astronaut equivalent. Robonaut jumps generations ahead by eliminating the robotic scars (eg, special robotic grapples and targets) and specialized robotic tools of traditional on-orbit robotics. However, it still keeps the human operator in the control loop through its telepresence control system. Robonaut is designed to be used for "EVA" tasks, ie, those which were not specifically designed for robots. TRACLabs Inc. researchers were involved in the design of Robonauts manipulators, hands, vision system and automation control software. Visit www.TRAClabs.com for more.
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