Result for TAG "Robotics"



AI and Robotics Lab - Politecnico di Milano
Robots can show emotions even without a face. Emotion and a character make robots and objects more interesting.
  H29 (pav. 5) - Politecnico di Milano - AI and Robotics Lab
  2018

Vittorio Loschiavo
Lawnmower Robot printed with 3D printer and powered with rechargeble battery and with solar panel of 10 watt. Completly autonomus or controllable by RC transmitter or joystick of playstation.
  E17 (pav. 6) - Vittorio Loschiavo
  2018

Elettra Robotics LAB - IIS Cobianchi (Verbania)
45cm tall humanoid robot. 19 degrees of freedom, motherboard and software control panel specially developed.
  G1 (pav. 6) - Elettra Robotics Lab
  2018

Elettra Robotics LAB - IIS Cobianchi (Verbania)
Mark7 is a humanoid robot with 20 degrees of freedom, created to play soccer in RoboCup
  G1 (pav. 6) - Elettra Robotics Lab
  2018

Elettra Robotics LAB
55cm tall humanoid robot with 20 degrees of freedom. Movedby digital servomotors RC 40kgcm. ATmega128/PIC18F2321 controller .
  G1 (pav. 6) - Elettra Robotics Lab
  2018

Beniamino Gioli, Piero Toscano, Alessandro Matese, Filippo Di Gennaro, Andrea Berton Federico Carotenuto, Alessandro Zaldei, Carolina Vagnoli
Un nuovo approccio per l’agricoltura di precisione si basa sulla robotica, in cui una piattaforma tecnologica (drone o un rover terrestre) può prendere decisioni autonome basandosi sul contesto, come riconoscere una pianta da sottoporre ad un trattamento, o ricostruire la geometria dei filari per potersi muovere al suo interno. Per questa applicazione abbiamo impiegato tecnologie basate su sensori low-cost derivati dal segmento automotive, quali laser scanner e sensori ottici. Verranno mostrate alcune soluzioni tecnologiche (stazione agrometeorologica low cost Agroduino), una piattaforma UAV ed un insieme di sensori laser ed ottici.
  D2 (pav. 5) - Consiglio Nazionale delle Ricerche
  2018

Liceo scientifico statale "Bruno Touschek" Grottaferrata - Roma
Arduino projects: Two robots that play football independently. A robot that follows light sources. A sonar that finds nearby obstacles.
  A19 (pav. 9) - Bruno Touschek - Grottaferrata (RM)
  2018

Francesco Onorati
This project stems from the need to create a modular rover with a sturdy, economical, and environmentally friendly load bearing structure, which could reuse the disused elements used in hydraulic pipes.

SASA - Sapienza Flight Team
the project consists in the realization of a UAV (Unmanned Aerial Vehicle)
  D1 (pav. 7) - SASA - Sapienza Aerospace Student Association
  2018

SASA - Sapienza SpaceTeam
The work of the team is based on a simulation on a smaller scale of a space mission in which the main phases are “ascent” and “atmospheric reentry
  D1 (pav. 7) - SASA - Sapienza Aerospace Student Association
  2018

SASA - Sapienza Technology Team
The project consists in the simulation of a Exploration Space Mission with a self-propelled ROVER

5AM-5BM ISTITUTO TECNICO TECNOLOGICO MECCANICA - MECCATRONICA
The presence in the Technical Institute E Breda of Sesto S.Giovanni - Milano - of a FABLAB laboratory allowed a group of fifth-grade students to try out some projects through the use of additive technologies. In particular, bionic limbs have been realized which, by means of an Arduine board, read the tension of a human muscle, transforming it into an electrical impulse able to move in sync the bionic limb printed in 3D Others have ventured into the construction of small six-leg robots - hexapod robots - always controlled by an Arduino board.
  C18 (pav. 9) - Opere Sociali don Bosco - ITT E. BREDA - Sesto S. Giovanni (MI)
  2018

Alessio Morale & Officine Robotiche
A self built rover robot with autonomous capabilities based on opensource technologies(ROS, UNav etc.)
  D4 (pav. 7) - Officine Robotiche
  2018

Luca Tencati , Luca Gaspani
Our project involves the construction of a completely modular, flexible and versatile production line with the aim of filling, closing and labeling a personalized can directly from the customer by the web.

Giovanni Saggio, Vito Errico, Mariachiara Ricci, Franco Giannini, Carla Cenci
A sensory headwear allows the human head acting like a joystick.
  A1 (pav. 5) - Università degli Studi di Roma "Tor Vergata"
  2018

Gabriela Dudca, Lorenzo Pilat, Cristian Dudca with Fablab Belluno
A machine to mount SMD components all thanks to a XY Plotter Makeblock a compressor and the mWraw softwer.

Antonio Bicchi
Meet Ego a humanoid robot with wheels, muscles, hands and head, and try to be a robot.
  H32 (pav. 5) - Centro E. Piaggio, Università di Pisa - Istituto Italiano di Teconologia
  2018

Sony
At this year's Maker Faire show in Rome, the Sony Semiconductor Solutions Corp and Sony Developer Program team present the new Spresense IoT development board. …

Marco Bertola, Marco Re, Gianluca Susi
The projects are devoted to the control of electronic instruments by using the Kinect controller or by using an electronic glove or vice versa the detection of the musician groove by using an electronic glove
  A1 (pav. 5) - Università degli Studi di Roma "Tor Vergata"
  2018

Robotics And Innovation Lab (Trinity College Dublin)
Stevie is a social robot, created as a general purpose research platform for robotics and artificial intelligence applications.
  H39 (pav. 5) - Trinity College Dublin - Robotics And Innovation Lab
  2018

TEAM AURAT ISTITUTO "C.FACCHINETTI" Castellanza
T1N4 (Tina) is a humanoid robot, It can Walk, talk listen and play wiht AI at games as hangman
  C14 (pav. 9) - ISIS C. Facchinetti - Castellanza (VA)
  2018

TEKO S.p.A.
TEKO Company was founded on 1957. Helping you gain a competitive advantage through innovative electronics enclosures. Teko delivers world-class enclosures to el …

Antonio Ianiero
Thaumachines - Technologies that induce wonder. An exhibition of machines that do amazing things for those who look at them.
  F19 (pav. 5) - Antonio Ianiero
  2018

The Raspberry Pi Foundation
Inspire your inner inventor and learn what you can do with a Raspberry Pi!
  KIDS ISLAND 4 (pav. - The Raspberry Pi Foundation
  2018

Pietro Amodeo (ICB-CNR), Francesco Castelluccio (ICB-CNR), Salvatore Donadio (ICB-CNR), Salvatore Mallardo (IPCB-CNR) – by: MoSeF – ICB-CNR, IPCB-CNR
TRPV1 (“red hot pepper”) receptor robot model: an attractive tool for science dissemination and an original application of school subjects.
  D2 (pav. 5) - Consiglio Nazionale delle Ricerche
  2018

Pier Calderan
Modern reproduction with totally robotic control of the chess-playing Turk, originally produced by Wolfgang von Kempelen in 1769.
  E15 (pav. 9) - Pier Calderan
  2018

Bence Tóth - Miklós Zsigó
Would you like to save drinking water? Use the Underwater Cyclops
  A10 (pav. 9) - Bence Tóth - Miklós Zsigó (Hungary)
  2018

Control Systems Lab, Mechanical Engineering Dept., National Technical University of Athens, Greece
(Semi-) Autonomous Underwater Dexterous Manipulation
  H7 (pav. 5) - National Technical University of Athens, Greece - Control Systems Lab
  2018

Silvia Rossi, PRISCA Lab
Socially Assistive Robotics, Alzheimer Disease, Human-Robot Interaction
  H36 (pav. 5) - Università di Napoli Federico II - PRISCA Lab
  2018

uRAD
uRAD is a radar shield that you can connect directly on your Arduino or Raspberry Pi to develop stunning, radar technology-based applications. In fact, the shie …

Michele D’Amico with FabLab Belluno
Bobsled simulator, created to give the chance to relive an exciting descent along frozen casings of the main world tracks.
  G2 (pav. 8) - FabLab Belluno
  2018

Avye Couloute
Voice O"Tronik bot is a robot which responds to voice commands such as "move arms', "roll eyes", "open mouth".

Amy R. Wu, Matthew A. Robertson
What do pendulums and walking have in common? Learn about the science behind human locomotion with bipedal walking robots.
  H35 (pav. 5) - École polytechnique fédérale de Lausanne (EPFL)
  2018

DAM Bros Robotics
Walk-ing is an artificial foot with sensors to monitor the patient's posture. It’s highly customizable thanks to the 3D printed skeleton and to medical grade silicone skin.
  A26 (pav. 4) - DAM Bros Robotics
  2018

Alessio Morale & the LibrePilot Team
Two robot implementations using the opensource LibrePilot firmware, originally aimed at powering drones
  D4 (pav. 7) - Officine Robotiche
  2018
 
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