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Search Results - Showing 84 - 96 Of 122
_video-abstract-the-asura-i-harvestman-like-hexapod-walking-robot-compact-body-and-long-leg-design.webp "Video Abstract - The ASURA I harvestman-like hexapod walking robot: compact body and long leg designnnhttps://doi.org/10.1080/01691864.2016.1246978")
Video Abstract - The ASURA I harvestman-like hexapod walking robot: compact body and long leg design
⏲ 70 sec ✓ 04-Jan-2017
_juan-de-santiago-modeling-and-texturing-reel-july-2019.webp "Reel breakdown:nn0:06n")
_prosthesis-alpha-leg.webp "Directed & Edited by by Sean ArdennCinematography by Chad GallowaynWearable Two-Storey Racing-Robot by Jonathan TippettnnProsthesis is an independent art project by Jonathan Tippett, co-creator of The Mondo Spider. It is a 5m tall, 3000kg, four-legged wearable walking machine, powered by a cutting edge, modular, expandable hybrid-electric power plant. nnThe Alpha Leg is Phase One.nnCheck it out at:nnBlogneatart.org/projects/prothesis/nnPopular Mechanicsnhttp://www.popularmechanics.com/techno")
_walking.webp "Walk, Robot, Walk!nExcitement!nnWalking is based on a state machine with five sequential states:nnState 0- Balance on back leg with LQR, raise front leg with PID.nnState 1- Hold back leg rigid, straighten front leg with PID.nnState 2- Hold both legs rigid until the robot has fallen forward onto the front leg.nnState 3- Balance on front leg with LQR, tuck in back leg using PID so it can swing in front without hitting the ground.nnState 4- Wait a bit to stabilize.")
_demo-reel-2013-logan-kelly-character-t-d.webp "Reel Breakdownnn1. Promoter Biped RignDescription: This project grew out of a collaborative project between Texas A&M University and San Jose State in the Fall semester of 2011.Animators from San Jose were paired up with riggers from A&M and directed to rig and animate a biped character model provided by San Jose State.This rig uses a modular, component-based scripting system written in Python.The script reads an XML file that fully defines the rig in terms of its joint positions,")
_winter-sessions-2022-unconventional-self-by-charl-linssen-amp-werner-van-der-zwan.webp "Unconventional Self (2022) is a work by Werner van der Zwan and Charl Linssen.nnTelepresence robotics allow a person to embody a remote robotic avatar. The person observes the environment from the perspective of the robot, which can move around under remote control. The remotely operated body mediates the relationship with the world, and if the experience is sufficiently compelling, a perspective shift occurs, where the person controlling the robot feels like the robot body is their body, and th")
⏲ 1 min 47 sec ✓ 24-Feb-2022
_kaho-horiuchi-cg-generalist-demo-reel-2021.webp "Website https://kahohori.com/nnnBreakdownnn00:03-00:13 Red Peppernn: Concept, Model, Texture, Look Dev of All Aspects (Except Plants.) Lighting and Compositingn: Used Softwares: Maya, Zbrush, Mari, Vray, Nuke, After Effectsn: Animation is done by Jerry Hsunn00:14-00:23 Toyota - Start Your Impossible")
_introducing-mantisbot-hexapod-robot-controlled-by-a-high-fidelity-real-time-neural-simulation.webp "We present MantisBot, a 28 degree of freedom robot controlled by a high-fidelity neural simulation. It is modeled after the mantis, with many degrees of freedom, because we intend to study directed behaviors and leg multi-functionality, such as prey tracking and striking. As a first step, we present a distributed reflexive posture controller. MantisBot maintains posture through a series of reflexes observed in insects, specifically: strain measurements from a leg produce proportional torque comm")
⏲ 1 min 41 sec ✓ 12-Oct-2015
_warm-seats.webp "By Judy Dao & Angel Cheungnn‘Warm Seats’ is a short narrative film reflecting on the neglected minority in a fast-paced, efficient society. In this narrative, the minority is represented by an unnamed protagonist, portrayed as an eccentric, tech-savvy young student who creates her own technology to meander her way around a society who has overlooked her needs.nnn*ReferencesnBibliographynnBensound, n.d. Jazz Comedy, audio, BenSound, viewed 27 October 2016,nDiAngelo, M. 2016, Woosh, Soun")
_robotic-wheelchair-from-chiba-tech-turns-wheels-into-legs-and-climbs-over-steps-ipnexus.webp "At the Chiba Institute of Technology, a group led by Shuro Nakajima has developed a robot wheelchair that can climb over steps.nnThis robot can make a variety of movements, using its four-wheel drive and five axes. Normally, it rolls along on its wheels, but if there's a step or ditch, it can get over the obstacle by using its wheels as legs. All the user needs to do is tell it which direction to go, using a joystick. The robot automatically assesses the surrounding terrain and moves appropriate")
⏲ 1 min 60 sec ✓ 21-Feb-2015
_high-performance-hydraulic-force-control-of-hyq-robotic-leg-iit.webp "Published on 18 Oct 2012nnForce control applied to one of the legs of the hydraulically actuated quadruped robot HyQ,nat the Italian Institute of Technology (IIT).nnnVisit our project website for more information:nhttp://iit.it/en/advr-labs/dynamic-legged-systems/hydraulically-actuated-quadruped-hyq.html")
_two-legged-robot-walker-prototype.webp "I wanted to make a walking robot but I only had three servos to do it with. After using one for each leg I need the third one to shift the weight from one leg to another to allow the return stroke. This is what I came up with.nnIt's amusingly assembled with baling wire, rubber bands and bent cardboard. It uses the SSC-32 serial servo controller my darling wife bought me for xmas, driven by an Arduino Uno. This was really an excuse to learn about the SSC-32.")
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