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Showing posts with label Robotics. Show all posts
Showing posts with label Robotics. Show all posts

Monday, July 31, 2023

AI-Powered Brain Surgery Becomes A Reality In Hong Kong

 ACM NEWS

AI-Powered Brain Surgery Becomes A Reality In Hong Kong

By South China Morning Post (Hong Kong)

July 14, 2023, Robotic surgery equipment.

Robotics are being used increasingly for surgical procedures, especially for those considered minimally invasive.

A Hong Kong-based research centre under the Chinese Academy of Sciences (CAS), China's national research institute, plans to launch a robotics system for brain surgery in the near future, despite challenges from a shortage of talent and artificial intelligence (AI) chips.

The Centre for Artificial Intelligence and Robotics (CAIR), established in 2019, has completed three successful cadaver trials with its MicroNeuro robot, which can perform deep brain surgery "in a minimally invasive manner", Liu Hongbin, the centre's executive director, told the Post in an interview on Thursday.

The main approach today requires surgeons to operate with rigid tools and open large windows on a patient's scalp, which damages a lot of healthy brain tissue, Liu said.

"Brain surgery is a type of surgery that needs technology the most because it's a very dangerous procedure," Liu said. "Surgeons really want to use AI and tech innovation to make this type of procedure much less invasive than it is now."

From South China Morning Post (Hong Kong)

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Friday, July 21, 2023

Google’s NEW UniPi AI Takes Robotics Industry By Storm

 Google Goes Robotic

Google’s NEW UniPi AI Takes Robotics Industry By Storm (4 FUNCTIONS ANNOUNCED)

AI News

7,938 views  Jul 20, 2023  #ai #new #technology

Google's latest breakthrough in AI robotics, UniPi, is a universal policy model that revolutionizes AI decision-making through text-guided video generation, outperforming heavyweights like GPT, PaLM, CLIP, and Flamingo by addressing challenges of environmental diversity, reinforcement learning, and generating goal-oriented agents with trajectory consistency, hierarchical planning, flexible behavioral modulation, and task-specific action adaptation. The emergence of Objaverse-XL, a vast database of over 10 million 3D objects, signifies a significant advancement in 3D computer vision and generative AI, addressing the scarcity of high-quality 3D data.

Deep Learning AI Specialization: https://imp.i384100.net/GET-STARTED

AI Marketplace: https://taimine.com/

AI news timestamps:

0:00 Google Unipi artificial intelligence

4:41 Objaverse XL 3D

#new #ai #technology

Tuesday, July 18, 2023

Your School's Next Security Guard May Be a Robot

 Likely direction forbroad security.

Your School's Next Security Guard May Be a Robot

By The Wall Street Journal

July 14, 2023

A security robot from Team 1st Technologies on patrol at Santa Fe High School.

Using artificial intelligence, the robot learns the school’s normal patterns of activity and detects individuals who are on campus after hours or are displaying aggressive behavior.

Credit: Cody Dynarski

Several technology companies have started offering security robots to U.S. schools, with the Santa Fe, NM, school district now deploying an artificial intelligence-equipped robot from Team 1st Technologies to patrol campus grounds around the clock.

Team 1st's Andy Sanchez said the robot infers normal activity patterns and detects individuals present after hours or who are acting aggressively.

Sanchez said the unarmed robot could alert security teams, approach intruders, and send video footage to inform the officers' course of action.

Stokes Robotics' Robert Stokes said his company has partnered with multiple school districts to deploy robots that could point laser beams at armed intruders and attempt to make them drop their weapons using flashing lights.

From The Wall Street Journal

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Thursday, July 13, 2023

Buddying Up to AI

Buddying Up to AI

By Sandrine Ceurstemont,July 11, 2023

A couple of Replika AI companions.

Petter Bae Brandtzaeg of Norway’s University of Oslo said the influence of AI in the realm of friendship “could have profound implications, shaping not only our interpersonal relationships, but also our societal structures.”

Millions of people are forming emotional bonds with artificial intelligence (AI) companions whom they consider to be their friends or romantic partners. Through apps such as Replika, Character.ai, and Xiaoice, users can form long-term relationships with chatbots often embodied as avatars that can be customized.

"The mission for Replika is to create an empathetic friend, someone who's there for you and can help you feel better," says Eugenia Kuyda, Replika's founder and CEO.

As the AI powering chatbot companions becomes more sophisticated, having one is likely to become even more widespread. Researchers, therefore, are investigating the nature of human-AI relationships and what the consequences might be.

"Friendship is one of the most important relationships we humans foster; it offers emotional support, companionship, and often forms the bedrock of our social lives," says Petter Bae Brandtzaeg, a professor in the Department of Media and Communication at Norway's University of Oslo. "The influence of AI in this realm could have profound implications, shaping not only our interpersonal relationships, but also our societal structures."

Traditionally, friendships have formed between people who lived close to each other. However, the ability to communicate with people over the Internet now allows us to have friends we have never met in person. It has also changed how we interact with those we know in real life by making people more immediately contactable and allowing for public interactions such as commenting on social media posts, for example.

Instead of simply mediating our interactions, technology is now going a step further by creating non-human entities that mimic human emotions and conversations. "AI has the potential to become a new addition to this diversifying landscape of companionship," says Brandtzaeg.

Replika chatbots are able to converse using a combination of scripted dialogue and generative AI—algorithms that learn patterns from data they are trained on to produce output with similar characteristics. In Replika's case, the AI is trained on large quantities of text conversations. When the app was first launched in 2017, the generative AI component used a recurrent neural network (RNN) —a type of deep learning model that learns to recognize sequential features in data. However, Kuyda says, while the responses were sometimes funny, the quality of the output was not great. "It was more of a coin toss," she says.

Replika's conversational abilities improved significantly through the use of transformer models, a type of neural network that is more efficient and accurate, since it analyzes a series of words all at once, instead of processing them in a fixed order like RNNs. Transformers learn relationships between different words in a sentence by recognizing the strength of connections between words. The word 'ear' is more likely to be followed by the word 'phone' or 'plug' rather than 'happy', for example. "The proportion of (generative AI used) became much bigger over time, and the quality of it became better," says Kuyda.

Even if AI companions are capable of human-like conversations, relationships with a machine have inherent differences from those between people. In recent work, Brandtzaeg and his colleagues investigated the key characteristics of friendships with an AI, in contrast to those between humans, which to their knowledge had never been studied. The team interviewed 19 Replika users who had developed a friendship with their chatbots, asking how they perceived the relationship and how it compared with human friendships.

Brandtzaeg and his colleagues found that AI friends seemed to enable a new type of personalized relationship that revolves around a person's needs and interests. Whereas friendships between humans are often centered around shared experiences, chatbots enable people to form deep connections through long-term interactions. Some study participants highlighted the power they had over their chatbots, which tended to follow their lead; It was a less-appealing aspect, since it made them more aware they were responsible for maintaining the relationship.

However, the constant availability of Replika's chatbots seemed to be key to their appeal. "Human-to-human friendships can often be difficult because humans are busy," says Brandtzaeg.

Participants also generally trusted their chatbots and felt they could communicate openly with them. Some mentioned being more comfortable sharing their feelings with an AI companion compared to a human, since they felt it had no bad intentions. "We found that social chatbots such as Replika may fulfill people's need for social interaction," says Brandtzaeg. .. ' 

Sandrine Ceurstemont is a freelance science writer based in London, U.K.

Tuesday, July 04, 2023

Robots Learning from Videos

 Researchers Expand Ability of Robots to Learn from Videos

Carnegie Mellon University School of Computer Science

Aaron Aupperlee

June 20, 2023

A model developed by Carnegie Mellon University (CMU) researchers allows robots to learn how to complete household tasks by watching videos of people doing chores. With the Vision-Robotics Bridge (VRB) model, two robots learned a dozen chores, such as opening drawers and taking pots off the stove, through observation. VRB builds on a previous model, In-the-Wild Human Imitating Robot Learning (WHIRL). With VRB, robots can learn a new task from a video in just 25 minutes. The model employs the concept of affordances (perceived potential actions), in which the robot determines contact points and direction of movement in the performance of a particular task. Said CMU's Shikhar Bahl, "This work could enable robots to learn from the vast amount of Internet and YouTube videos available."  ... ' 

Emulating How Krill Swim to Build Robotic Platform for Ocean Navigation

 Always interested in elements and power of biomimicry. 

Emulating How Krill Swim to Build Robotic Platform for Ocean Navigation

By News from Brown, June 29, 2023

The Pleobot, a small robotic platform that emulates krill-like swimming. 

According to the study, Pleobot has the potential to allow the scientific community to understand how to take advantage of 100 million years of evolution to engineer better robots for ocean navigation.

Researchers at Brown University and the Universidad Nacional Autónoma de México invented a robotic platform that mimics metachronal swimming to navigate underwater.

The Pleobot platform features three articulated sections that reproduce this swimming technique to understand how creatures like krill function in marine environments and can migrate vertically over 1,000 meters (3,280 feet) twice a day.

Metachronal swimming supports high-level maneuverability that krill practice by sequentially deploying their swimming legs in a wavy back-to-front dynamic.

The researchers can actively maneuver Pleobot's two leg segments and passively direct its biramous fins.

They envision Pleobot leading to deployable robot swarms that can map oceans, conduct search-and-recovery missions over large areas, or explore extraterrestrial oceans.

From News from Brown    View Full Article   

Monday, July 03, 2023

AI Companionship

 Expected.

AI Companionship

“The great thing about AI is that it is constantly evolving. One day it will be better than a real [girlfriend]. One day, the real one will be the inferior choice.” 

This quote is from one of more than 20,000 users who joined the early community of CarynAI, a voice chatbot created by influencer Caryn Marjorie. Users pay $1 per minute to talk to an AI version of Caryn—your “virtual girlfriend”—and she made $72,000 in the first week. CarynAI is just one of dozens of ways that consumers have been forming real relationships with artificial intelligence.

Having an AI companion might seem niche, but it’s emerged as a predominant use case for generative AI. There are already hundreds of thousands, if not millions, of people—including us—who have already built and nurtured relationships with chatbots. We believe we’re on the cusp of a significant societal shift: AI companions will soon become commonplace. What was once the domain of science fiction, the likes of WALL-E, R2-D2, or Plankton’s Karen, is fast becoming a reality. And at a16z, we are excited about it.

Many of the popular use cases today are romantic, which won’t be surprising to anyone who has studied the history of the consumer internet. The most sophisticated consumers of generative models today are hacking together virtual companions, coordinating their efforts across platforms like Reddit, Discord, and 4chan to find tools and evade censors. In fact, we know of underground companion-hosting services that are globally distributed, with tens of thousands of users. This is an early developer community that we take seriously—they may be fringe today, but they’re building tomorrow’s mainstream products.

We’re also starting to see early signs of a much broader set of applications beyond AI “boyfriends” and “girlfriends.” Snapchat recently revealed that 150 million people sent more than 10 billion messages to its chatbot in its first two months. What were they chatting about? It turns out pets, pop culture news, and soccer were some of the top conversation topics.

Yes, chatbots have been around for decades, but we believe that this time really is different. Today’s bots aren’t merely a step function improvement on 1:1 conversations—they’re making inroads into our social lives. AI companions are seamlessly blending into our relationships with friends and family members, and they’re joining our communities like any other human.

In this post, we’ll dive into the emerging behavior of AI companionship: why people are creating companions, how they’re doing it, and what features or use cases might be coming next.... ' 

Sunday, July 02, 2023

Tiny robot could Stop Bleeding from inside the Body using heat

 

Tiny robot could stop bleeding from inside the body using heat   Max Planck

A centimetre-sized robot with a soft body and metallic scales inspired by pangolins can stop bleeding or destroy cells from inside the body using heat

By Karmela Padavic-Callaghan  in  NewScientist

A small robot that can shape-shift and produce heat could incinerate cancer cells or stop bleeding from inside the body. It could also be used to ferry drugs directly to tumours or hard-to-reach places like arteries.

Tiny robots with soft bodies have shown promise for delivering drugs without causing damage – but adding hard elements could make them more useful.

Ren Hao Soon at the Max Planck Institute for Intelligent Systems in Stuttgart, Germany, and his colleagues designed the centimetre-sized robot to have overlapping aluminium plates inspired by pangolins, the only mammal with scales. They layered rectangular “scales” over softer, magnetic material, which let the robot change its shape.  ... ' 

Friday, June 30, 2023

Jizai Body Robotics Based on Asian Thought

Completely new to me, despite our long look at Asian tech. 

EAST ASIA AND OCEANIA REGION SPECIAL SECTION 

JIZAI Body: Human-Machine Integration Based on Asian Thought  By Masahiko Inami

Communications of the ACM, July 2023, Vol. 66 No. 7, Page 91   10.1145/3592539

Person wearing Jizai robotic arms    Credit: Social Digital Cyborgs

"JIZAI Body"2 allows each person to live as they wish by controlling their natural body and altered robotic body parts. The Japanese term "jizai" originates from the Sanskrit word "isvara," which means supreme being free from earthly desires and constrains. JIZAI Body emphasizes the transformability of physical bodies and the effects on spiritual and internal minds fostered in Asian spiritualities such as Buddhism, Hinduism, and others, beyond enhancement or augmentation contextualized in Western cultures.

For example, a wearable robotic limb system called JIZAI ARMS4 (see Figure 1) allows social interaction between multiple wearers and explores communication between them. Wearers can exchange the arms and share the body parts. A robotic sixth finger (Figure 2) enables humans to embody a robotic finger independently from the innate fingers.3 It has also been shown that humans can embody supernumerary robotic arms and feel them as their own limbs in a virtual reality environment.4

The uniqueness of JIZAI Body research lies in its investigation of what society will be like when people who acquire JIZAI bodies interact, and in its scientific elucidation of JIZAI states. It raises the question of how people's body image will change in the JIZAI society. Both the realization of JIZAI bodies based on Asian thought, and the scientific clarification of JIZAI states, is required.  .... '

Friday, June 23, 2023

A Wearable Robotic Assistant That's All Over You

 A Wearable Robotic Assistant That's All Over You

IEEE Spectrum

Mat Sadowski, June 19, 2023

The Calico assistive robot developed by researchers at the University of Maryland can be worn on the user's clothes, where it runs along a track to perform various tasks. The 18-gram robot can localize itself and map a path with sensors that perceive magnetic neodymium markers embedded in the wearer's apparel. Calico can bear a 20-gram payload and travel between 15 millimeters (0.59 inches) and 227 millimeters (8.93 inches) per second, powered by a battery that holds more than eight hours' charge when idle and 30 minutes' charge when moving. The device can show users its progress on tasks by transforming their arm into a physical progress bar, moving further up the limb as they reach daily goals. .. ' 

Thursday, June 22, 2023

Cute Robotics

Rise of the cute robots   by Joseph Boyle    in TechExplore

French company Enchanted Tools reckons their machines will help in hospitals, hotels, restaurants and anywhere with objects that need moving.

The red eye that refuses to be extinguished, the metal body that cannot be crushed—for many of us the word "robot" conjures one image: the Terminator.

But robots are now everywhere, serving as companions in care homes or vacuum cleaners in our homes, and manufacturers are keener than ever to design friendly machines.

"At first we noticed the kids could be a bit afraid," said Do Hwan Kim of his firm Neubility's tiny delivery robot.

To get around the problem, the firm added big doughy eyes that can indicate, making it look like the world's friendliest futuristic wheelie bin.

Dozens of the machines now trundle around campsites, university campuses and golf courses across South Korea.

"Campsites even use it on their posters," Kim told AFP at the VivaTech trade fair in Paris, underlining its transformation from potential threat to family friend.

And VivaTech played host to plenty of other robots designed with cuteness in mind—ones with cartoon animal personas, others that looked like children's toys from the 1980s.

The aesthetic stands in stark contrast to the creepy dog-bots and anonymous drones that have become standard.

'Escaped' from cartoon

As robots have become more common, a whole field of academia has grown up studying the interaction beteen machines and humans.

Kerstin Dautenhahn of Waterloo University in Canada, one of the most noted researchers in the area, said she had seen a huge shift in the way manufacturers looked at design: from an all-consuming concern with function to an acute awareness of appearance....

Finding Use Cases for Robotics

Space we addressed to help make it clear.  This does a good job.  Note eight forms mentioned, Small excerpt.

Find The Right Use Cases For Your Robots in Forrester.

Paul Miller, VP, Principal Analystas

June 22, 2023

Among other achievements Melonee Wise founded Fetch Robotics, and until recently she was VP of robotics automation at Zebra Technologies. I spoke to her during my early research for the automation triangle, and one of her passing comments stuck. She described physical automation (robots) as “a task replacer, not a people replacer.” Well, quite. Once you realise that, and accept that a general-purpose robot really doesn’t exist, you start to think more sensibly about the ways in which robots can (and cannot) be introduced into specific workflows.

My latest report, Focus On The Use Case When Evaluating Physical Automation, does just that, and I’ll be providing more detail in a client webinar on 14 September.

The report discusses six broad classes of task ripe for automation (assembling, painting, picking, delivering, tending, and inspecting). It also highlights pros and cons associated with eight forms of physical automation (industrial robots, cobots, automated guided vehicles, autonomous mobile robots, robotic dogs, drones, exoskeletons, and humanoid robots). Despite all the depressing marketing froth about ‘autonomous’ machines, the report also shows how little of this market is really autonomous yet (or soon): I will definitely be returning to that theme.... ' 

Tuesday, June 13, 2023

Sweater-Wrapped Robots Can Feel, React to Human Touch

Textile skin

Sweater-Wrapped Robots Can Feel, React to Human Touch

By Carnegie Mellon University School of Computer Science,   June 2, 2023

Once fitted to the robot's body, RobotSweater can sense the distribution, shape, and force of the contact. It's also more accurate and effective than the visual sensors most robots rely on now.

Credit: Carnegie Mellon University

The RobotSweater machine-knitted textile "skin" fabricated by Carnegie Mellon University (CMU) researchers can sense contact and pressure "to make the robot smarter during its interaction with humans," according to CMU's Changliu Liu.

The fabric includes two layers of conductive yarn containing metallic fibers, with a lace-patterned layer sandwiched between them.

Applying pressure to the fabric causes the yarn to close a circuit, which is read by sensors.

The fabric can be tailored to conform to uneven three-dimensional surfaces.

Liu said the material can cover the robot's entire body so it can sense any possible collisions, which can be especially useful in environments where safety is prioritized.

From Carnegie Mellon University School of Computer Science

View Full Article   

 

Sunday, June 11, 2023

Researchers Build Bee Robot That Can Twist

Researchers Build Bee Robot That Can Twist

By WSU Insider, June 1, 2023

The Bee++ prototype.

With four wings made out of carbon fiber and mylar as well as four light-weight actuators to control each wing, the Bee++ prototype can fly stably in all directions.

Credit: WSU Insider

Bee++, a robotic bee developed by researchers at Washington State University (WSU), can fly in all directions with stability and achieve the six degrees of free movement exhibited by most flying insects.

The prototype features four wings comprised of carbon fiber and mylar and four lightweight actuators to control them.

Notably, Bee++ can perform the complex yaw (twisting) motion, which allows a robot to focus on a point, maintain control, and avoid a crash.

The researchers accomplished this by designing the wings to flap in an angled plane and increasing the speed of wing flapping from 100 to 160 times per second.

Having all six degrees of movement also allows the robot to make evasive maneuvers and track objects.

From WSU Insider

View Full Article    

Friday, June 09, 2023

Emergence of the Humanoid Robot

 Home/News/Humanoid Robots Are Coming of Age/Full Text

ACM NEWS

Humanoid Robots Are Coming of Age

By Wired, May 25, 2023

Eight years ago, the Pentagon's Defense Advanced Research Projects Agency organized a painful-to-watch contest that involved robots slowly struggling (and often failing) to perform a series of human tasks, including opening doors, operating power tools, and driving golf carts. Clips of them fumbling and stumbling through the Darpa Robotics Challenge soon went viral.

Today the descendants of those hapless robots are a lot more capable and graceful. Several startups are developing humanoids that they claim could, in just a few years, find employment in warehouses and factories.

From Wired

View Full Article 

Thursday, June 08, 2023

Food Delivery Robotics

Followed this for years,  seemed to often miss out in human interaction. 

Uber Eats Food-Delivery Robots Set for Use in Multiple U.S. Cities

By New Atlas. June 7, 2023

A customer accepts a food delivery from a Serve Robotics robot.

Serve Robotics CEO Ali Kashani said,"A host of advanced artificial intelligence capabilities ... help our robots navigate cities."

Credit: Serve Robotics Inc.

Service robot company Serve Robotics announced that up to 2,000 of its food-delivery robots will be deployed by Uber Eats in multiple cities in the U.S. and Canada next year.

Serve said more than 200 restaurants are participating in a test program in Los Angeles, adding that its robots also have "completed tens of thousands of contactless deliveries" in that city and San Francisco since the company's 2017 launch.

Each four-wheeled robot can operate for a full day on a battery charge, carry up to 50 pounds (23 kilograms) of cargo at a top speed of seven miles per hour (11 kilometers/hour), and support Level 4 autonomous driving, which requires no human attention in predefined areas.

From New Atlas   View Full Article   

Saturday, June 03, 2023

Fruit Picking Robotics

 Fruit-Picking Robot Eve Ready to Harvest Apples Commercially, as Shortage of Workers Persists

By ABC News (Australia), May 25, 2023

Eve, the fruit-picking robot.

Australian startup Ripe Robotics spent four years developing its autonomous fruit-picking robot Eve, which is processing apples in Victoria-based orchards owned by agribusiness Ardmona amid a labor shortage.

Ripe Robotics' Hunter Jay said Eve picks several hundred apples at a time, using cameras on its arms to "look at the tree, measure the size and color of the fruit, and if it's ready to be picked. Then the arm will reach in with a soft suction cup, use air to suck the fruit in and twist it off a tree, and then place it on the conveyor belt."

Engineers trained the robot to identify apples using a massive neural network composed of thousands of images.

From ABC News (Australia)    

View Full Article    

Wednesday, May 24, 2023

Centipede Robots with More Legs Better at Walking Over Bumps

 Centipede Robots with More Legs Better at Walking Over Bumps

By New Scientist, May 12, 2023

More legs, greater stability.

In repeated experiments, robots with fewer legs showed lots of variation in how long they took to move between two points. Robots with 14 and 16 legs navigated more quickly.

Researchers at the Georgia Institute of Technology found that multi-legged robots with more legs were better at navigating rough terrain than those with fewer legs.  The robots were made of three-dimensionally printed body segments that featured two legs and multiple motors, with each robot having a total of six to 16 legs.  The robots moved in a pre-programmed manner through an obstacle course comprised of stacks of small cubes.

The researchers observed that robots with 14 and 16 legs traveled faster and had similar times in different trials.

From New Scientist

Friday, May 19, 2023

TV's War With the Robots Is Already Here

 Automation of writing and related entertainment content.

TV's War With the Robots Is Already Here

By The New York Times, May 11, 2023

Striking Writers Guild members picketing. 

One of the issues at the heart of the Writers Guild strike involves the use of artificial intelligence in Hollywood.

Television loves a good sentient-machine story, from "Battlestar Galactica" to "Westworld" to "Mrs. Davis." With the Writers Guild of America strike, that premise has broken the fourth wall. The robots are here, and the humans are racing to defend against them, or to ally with them.

Among the many issues in the strike is the union's aim to "regulate use of material produced using artificial intelligence or similar technologies," at a time when the ability of chatbots to auto-generate all manner of writing is growing exponentially.

In essence, writers are asking the studios for guardrails against being replaced by A.I., having their work used to train A.I. or being hired to punch up A.I.-generated scripts at a fraction of their former pay rates.

From The New York Times

View Full Article  

Thursday, May 18, 2023

3D-Knitted Robots

3D-Knitted Robots 

By Harvard University John A. Paulson School of Engineering and Applied Sciences

May 17, 2023,  Part of a woven inchworm-like inspection robot.

The researchers demonstrated different knit robot prototypes, including gripper devices with bending and grasping appendages, a multi-chamber claw, an inchworm-like robot, and a snake-like actuator capable of picking up objects much heavier than itself.

Researchers at Harvard University, the Carnegie Mellon Robotics Institute (RI), the Rhode Island School of Design, the Parsons School of Design, and the Fashion Institute of Technology printed soft robots using three-dimensional (3D) knitting technology.

RI's James McCann helped develop software to automate the knitting process, which involved developing soft actuators to create a set of parametric patterns.

The researchers defined the patterns with knitting descriptions written in general-purpose coding languages, then composed code to run those descriptions on a knitting machine.

They tested 20 combinations of yarn, structure, and other factors to describe the effect of diverse knit architectures on folding and unfolding, structural geometry, and tensile properties, which were translated into robot prototypes.

From Harvard University John A. Paulson School of Engineering and Applied Sciences

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