Live
- Tata Power inks pact with ADB for green projects worth $4.25 billion
- Globus Spirits Limited introduces India Single Malt under the brand DÅŒAAB India Craft Whisky
- BGT 2024-25: No greater honour to lead India in Test cricket, says Bumrah ahead of series opener
- NMO Bharat calls for apology from Rahul Gandhi over ageist remarks about Joe Biden
- Centre blocks 17,000 WhatsApp accounts of hackers from South-East Asia
- Learn from Mumbai hoarding collapse, Calcutta HC tells Bengal municipal corporation
- Russian Spokesperson Instructed to Stay Silent on ICBM Strike During Press Conference: Viral Video
- Intellipaat Sets New Benchmark with First-of-its-kind Physical Labs for Electric Vehicle Training in Chennai and Pune
- Google Gemini AI Introduces Memory Feature Like ChatGPT: How It Enhances Personalized Interactions
- Latur beneficiaries get affordable houses under PMAY, thanks Modi govt
Ambidextrous robots may speed up e-commerce
Scientists have developed a novel ambidextrous approach that allows robots to grasp a diverse range of objects without training and could dramatically help speed up processing in ecommerce To rapidly fulfil the enormous volume and variety of orders, ecommerce companies such as Amazon, Walmart, and Alibaba are investing heavily in new warehouses, said researchers from the University of Califor
Scientists have developed a novel "ambidextrous" approach that allows robots to grasp a diverse range of objects without training and could dramatically help speed up processing in e-commerce. To rapidly fulfil the enormous volume and variety of orders, e-commerce companies such as Amazon, Walmart, and Alibaba are investing heavily in new warehouses, said researchers from the University of California, Berkeley in the US.
To address the shortage of workers, many companies are considering robots. However, reliably grasping a diverse range of products remains a challenge for robotics. In the journal Science Robotics, the researchers describe a novel "ambidextrous" approach to grasping a diverse range of object shapes without training.
An "ambidextrous" robot can learn which type of arm gripper to use when picking up objects. "Any single gripper cannot handle all objects," said Jeff Mahler, a postdoctoral researcher at the University of California, Berkeley. "For example, a suction cup cannot create a seal on porous objects such as clothing and parallel-jaw grippers may not be able to reach both sides of some tools and toys," Mahler said. The robotic systems used in most e-commerce fulfilment centres rely on suction grippers which can limit the range of objects they can grasp. The new "ambidextrous" approach is compatible with a variety of gripper types, researchers said.
The approach is based on a common "reward function" for each gripper type that quantifies the probability that each gripper will succeed, they said. This allows the system to rapidly decide which gripper to use for each situation.
When the researchers trained reward functions for a parallel-jaw gripper and a suction cup gripper on a two-armed robot, they found that their system cleared bins with up to 25 previously unseen objects at a rate of over 300 picks per hour with 95 per cent reliability. "When you are in a warehouse putting together packages for delivery, objects vary considerably. We need a variety of grippers to handle a variety of objects," said Ken Goldberg, a professor at UC Berkeley.
