Living Robotics: A Multidisciplinary Approach to Advancing Robotics Science

2: Embedded system: Understand the backbone tech enabling control in complex robotics applications.

3: Mark Tilden: Discover the mind behind BEAM robotics and his revolutionary robotics approach.

4: Behaviorbased robotics: Delve into robots designed to exhibit lifelike behavioral responses.

5: Heliostat: Learn about robotic heliostats and their role in solar energy applications.

6: Solarroller: Study solarpowered BEAM robots with dynamic energyefficient designs.

7: Crawler (BEAM): Analyze BEAM crawlers and their movement inspired by biological organisms.

8: Analog robot: Examine analogcontrolled robots and their streamlined circuitry.

9: Mobile robot: Understand the technology behind autonomous, movementfocused robots.

10: HERO (robot): Get insights into HERO’s role in educational and developmental robotics.

11: Brosl Hasslacher: Uncover the contributions of Brosl Hasslacher to BEAM robotics.

12: Stiquito: Explore Stiquito, the versatile insectlike robot used in educational settings.

13: RS Media: Learn about RS Media, the multimedia robot that brings interactive experiences.

14: Roboquad: Discover Roboquad’s fourlegged design, balancing stability with flexibility.

15: Webots: Dive into Webots, a simulator tool that advances robot research and design.

16: Braitenberg vehicle: Investigate these unique robots that mimic cognitive responses.

17: IISc Guidance, Control and Decision Systems Laboratory: Overview the lab’s pioneering research in autonomous robotics.

18: Elmer and Elsie (robots): Examine the early robot prototypes that led to behaviorbased robotics.

19: Microprocessor: Understand the microprocessor’s crucial role in robotics control and function.

20: Microcontroller: Explore microcontrollers that provide essential computing power for robots.

21: AVR microcontrollers: Review the AVR family, integral to many modern robotics applications.