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Showing below up to 100 results in range #1 to #100.
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- 100(1+1) - Lauren Kondratiev, Danijela Topić Vizcaya
- AI Robotics
- AI Robotics/en
- AI Robotics/sk
- AI Robotics Bibliography
- AI Robotics Bibliography/en
- AI Robotics Conferences and Events
- AI Robotics Hardware, Platforms, and Projects
- AI Robotics Hardware, Platforms, and Projects/en
- AI Robotics Hardware, Platforms, and Projects/sk
- AI Robotics Resources
- AI Robotics Resources/en
- AI Robotics Software
- AI Robotics Software/en
- AI Robotics Software/sk
- ASUS Xtion pre robota SmelyZajko (Marek Jelen, Miroslav Garai)
- AVR-USB
- AVR PWM
- AVR calculator example program
- AVR tools
- Acrob in maze (line sensor, distance sensor, robot navigates towards the maze exit) (Martin Hrivnák, Tomáš Matúš)
- Acrob navigation in maze using neural network (Kundlová, Jurenka)
- Acrob or SBOT robot constructs a map of a maze
- Acrob or SBOT robot constructs a map of a maze using IR distance sensors (Dudík, Kemény)
- Acrob robot constructs a map of a maze (Péter Dobsa, Gergely Labanc)
- Acrob robot constructs a map of a maze - obstacles around the robot (Jozef Belko)
- Acrob robot prejde bludisko, a program ďalej vizualizuje mapu bludiska na obrazovke (Michal Borčin & Barbora Zaťková)
- Acrob robot skonštruuje mapu bludiska (reprezentovaného čiernou páskou na bielom papieri), program ďalej vizualizuje mapu na obrazovke (Michal Borčin & Barbora Zaťková)
- AdMIRE
- Adam LCD.nxc
- Adam blik1.nxc
- Adam stvorec.nxc
- Adam ton2.nxc
- Adam zvukograf.nxc
- Adam zvukograf2.nxc
- Agent Space on Raspberry Pi and Acrob with line-following and obstacle avoiding behavior-based robot.
- Agent Space on Raspberry Pi and Acrob with line-following and obstacle avoiding behavior-based robot.(Anton Blahunka, Martin Reiberger)
- Aipobyt
- Ako začať
- Amatérska robotika 1970 - 1990
- Analogue electronics
- Animatronický robot
- AnyKode Marilou
- Arduino
- Autonómne autodráhové autíčko
- Avoiding in a corridor
- Axis
- BOB808 - Peter Šeban, Jerguš Greššák
- BS2 Sonar SRF08
- Balancujuci robot
- Bezpečnosť pri práci
- Boe-Bot
- BoeBot
- Boe Bot
- Boe Bot Workshop
- Boe Boy
- Braitenberg 2
- Braitenberg vehicles implemented using SBOT robot
- BugBox(použitie DQN pri učení štornohého robota optimálnej chôdze) - Martin Zvara
- BugBox(použitie DQN pri učení štvornohého robota optimálnej chôdze) - Martin Zvara
- C:\Users\GEO\Desktop\lego\program.zip
- CNY70
- Calimocho
- Carlobot
- Centrobot Joint Lectures
- Centrobot Workshop
- Cerebot & LEGO Mindstorms
- Cerebot & LEGO Mindstorms/en
- Cerebot & LEGO Mindstorms/sk
- Cerebot Sensors Tutorial
- Charts for Imagine
- Charts for Imagine/en
- Charts for Imagine/sk
- Cik-cak.nxc
- Cik cak.nxc
- Clock Gear
- Controlling robot with webcam
- Controlling robots in remotely-operated laboratory using Objection language
- Crawling robot 2/1
- Crawlino
- Czechbot
- DC Raditsch SBOT
- DSP
- Dance Pad
- Denník
- Digital Signal Processing
- Dopredu dozadu.nxc
- Dopredu dozadu2.nxc
- Dron sledovanie čiary -Patrik Homola
- Dve percenta - zamestnancii
- E-Puck Bludisko
- EI
- ESP-01
- Elosys
- Elosys/sk
- Eurologo2007Workshop - Direct control of NXT from Imagine Logo
- Eurologo2007Workshop - First preview of Logo running on NXT
- Eurologo2007Workshop - Get started with NXT
- Eurologo2007Workshop - More fun with robots
- Eurologo2007Workshop - RCX-robot steered from Imagine Logo