Embodied Intelligence: Bridging the Gap Between Digital and Physical Worlds
Revolutionizing AI with Perception and Action
Embodied Intelligence is an important branch of artificial intelligence, which holds that intelligence is not only derived from the computing power of the brain but is also closely related to the perception and action of the body. Through interaction with the environment, intelligent agents can obtain information, understand problems, make decisions, and perform actions, thereby demonstrating adaptability and intelligent behavior. Compared with traditional rule-based or symbol-based intelligent systems, embodied intelligence emphasizes the role of the "body" in intelligent systems, and believes that direct perception and operation of the body can more effectively cope with dynamic and changing external environments.
The Rise of Embodied Intelligence
With the rapid development of technologies such as deep learning and reinforcement learning, embodied intelligence research has entered a new stage. Researchers use virtual physical environments and powerful computing power to design and train intelligent systems with perception and action capabilities. Transferring this interactive ability to the real world, intelligent agents can make autonomous decisions and perform physical interaction tasks. At present, Microsoft, Google, NVIDIA, and higher education institutions such as Stanford University and Carnegie Mellon University have all carried out research on embodied intelligence.
Fibocom's Breakthrough: The Fibot Platform
In 2024, Fibocom introduced Fibot, a high-performance embodied intelligence robot development platform. It integrates a robotic arm, a computing module, and an omnidirectional mobile chassis to support flexible development and deployment. The omnidirectional wheel design allows Fibot to maneuver smoothly in tight spaces, while the detachable training arm makes it easy to test and refine algorithms. Powered by Fibocom 's SC171 intelligent module, built on Qualcomm? QCM6490, Fibot delivers up to 12TOPS computing power for fast data processing, AI execution, and edge computing.
Advancing Robotics Research and Development
Fibot enables robot manufacturers and researchers to test and validate algorithms inspired by Stanford's Mobile ALOHA robots. It supports collaborative learning, teaching operations, and advanced AI applications such as indoor and outdoor navigation, mapping, path planning, and obstacle avoidance. Optional lidar and binocular modules further enhance its perception capabilities. By integrating deep learning and reinforcement learning algorithms, Fibot streamlines secondary development. Its advanced perception and decision-making framework accelerates robotics innovation.
Shaping the Future of AI and Robotics
As AI continues to evolve, embodied intelligence will drive technological advancements and economic growth. The launch of Fibot showcases Fibocom 's expertise in robotics, 5G, and AI. With ongoing improvements in computing power and AI integration, Fibocom remains committed to delivering cutting-edge AI solutions and collaborating with industry partners to shape the next generation of intelligent robotics. Click and view our website for more product details: https://www.fibocom.com/en/Products/list_lcid_515.html