How FPGAs Are Powering the Next Generation of Smart Robots
As businesses require more from their robotic assistants, designing these systems becomes increasingly complex. Field Programmable Gate Arrays (FPGAs) provide essential support in meeting these demands.
History and Evolution of Autonomous Robots
Autonomous robots have worked alongside humans in industrial manufacturing for over half a century. Since the first industrial robot was developed in the 1950s, businesses have used these machines to handle tedious or hazardous tasks, allowing workers to focus on more complex responsibilities.
Expanding Use of Robotics
The application of advanced robotics has expanded beyond industrial manufacturing into various fields such as healthcare, retail, and agriculture. Technological advancements, particularly in AI and machine learning, have driven the development of smarter robots capable of performing more complex functions.
Capabilities of the New Generation Robots
- Computer vision
- Autonomous mobility
- Product assembly
- Quality control
- Advanced threat detection and response
"Smart robots have become an indispensable asset to bolster modern workforces, offering a high level of precision and a near-unlimited capacity for productivity."
Challenges in Designing Smarter Robots
With increasing demands on robotic assistants, designing these intelligent systems grows exponentially more difficult, emphasizing the importance of technologies like FPGAs.
Author's summary: The rise of smart robots driven by AI and FPGAs is transforming industries by enhancing productivity and handling complex tasks alongside humans.