While the typical pampered dog at home may relax on the couch and request belly rubs, the robotic canines being developed at Arizona State University are rising to tackle some of the most perilous tasks in the world.
Introducing the Unitree Go2. This nimble, four-legged robot is engineered for more than just retrieving sticks released on Tuesday, August 26. It is outfitted with sophisticated artificial intelligence cameras, LiDAR, and a voice interface, and it is acquiring the skills to assist in various activities ranging from search-and-rescue operations to aiding the visually impaired in navigating intricate environments.
Ransalu Senanayake, an assistant professor of computer science and engineering within the School of Computing and Augmented Intelligence, which is part of the Ira A. Fulton Schools of Engineering at ASU, is at the forefront of the research team aiming to demonstrate that some heroes possess both circuits and tails.
Senanayake is a roboticist who has established the Laboratory for Learning Evaluation and Naturalisation of Systems, known as the LENS Lab. He envisions enhancing human well-being through the development of intelligent robots capable of assisting in real-world situations.
”We are not merely programming robots,” he states. “We are developing tools to address significant issues, such as saving lives in hazardous environments and improving accessibility in the world.”
Also Read: AI-Powered Reels: Meta Opens Global Doors for Nigerians
The LENS Lab team is advancing the field of robotics by integrating AI models that allow the robot to comprehend and adjust to its surroundings, preparing it for practical applications.
”Recent advancements in AI are finally transforming robots into a practical and widespread reality,” Senanayake remarks. “We are instructing our robots to see, hear, and navigate through complex environments, rendering them beneficial in a multitude of scenarios.”
The team is engaged in several projects utilising the Unitree Go2 robotic dog. One of the lab’s most thrilling initiatives is led by Eren Sadıkoğlu, a student pursuing a master’s degree in robotics and autonomous systems, who is developing vision and language-guided navigation tools to assist the visually impaired.
Sadıkoğlu says he has always loved robotics since he was in middle school. He is using a method called reinforcement learning to train robots to move through tough environments, like after an earthquake or other natural disaster.
“Robots need to jump over things, go under objects, and even do some acrobatic moves,” Sadıkoğlu explains. “It’s not just about getting from one place to another. It’s about moving safely and smartly through hard-to-travel areas.”
