Robots in Manufacturing Finding a Way to Cut Out Handwork Soon

Robots-in-Manufacturing-Finding-a-Way-to-Cut-Out-Handwork-Soon

Eugen Solowjow, who oversees a project at a Siemens lab in San Francisco that has been working on automating textile manufacturing since 2018, said that clothing is the final trillion-dollar industry that hasn’t been mechanized. Can a machine ever produce your blue jeans? A covert investigation is being conducted by clothing and technology businesses like Germany’s Siemens AG and Levi Strauss & Co. During the pandemic, the idea of deploying robots to bring more production home from abroad gained popularity as clogged supply chains revealed the dangers of relying on far-off industries. If there might be a way to eliminate handwork in China and Bangladesh, more apparel production may return to Western consumer markets, including the US. But that’s a delicate subject.

If there might be a way to eliminate handwork in China and Bangladesh, more apparel production may return to Western consumer markets, including the US. But that’s a delicate subject. Many manufacturers of clothing are reluctant to discuss the search for automation since doing so raises concerns that workers in underdeveloped nations would suffer. Jonathan Zornow, who invented a method to automate a few processes in denim manufacturing, acknowledged receiving online abuse and even a death threat. A Levi’s representative confirmed that the brand took part in the project’s early stages but would not elaborate.

Contrary to plastic bottles or automobile bumpers, which maintain their shape when handled by a robot, cloth is floppy and available in a limitless variety of thicknesses and textures. Robots simply lack the subtle touch that human hands are capable of. Although robots are developing, it will still be some time before they fully master the handling of fabric, according to five researchers contacted by Reuters.

What if, though, enough of it could be automated to at least partially reduce the cost gap between American companies and low-cost foreign factories? The current research effort is concentrated on that. In order to assist traditional manufacturers in figuring out how to apply the new technology, Siemens collaborated with the Advanced Robotics for Manufacturing Institute in Pittsburgh, which was founded in 2017 and is supported by the Department of Defense. They discovered a San Francisco start-up with an innovative solution to the floppy fabric issue. Sewbo Inc., a startup, stiffens the fabric with chemicals so that it may be handled more like a car bumper during production, as opposed to teaching robots how to handle cloth. After completion, the stiffening agent is removed from the completed garment by washing. Eventually, a number of clothing firms joined this research initiative, including Levi’s and Bluewater Defense LLC, a small military uniform manufacturer based in the United States. The Pittsburgh Robotics Institute provided them with funding totaling $1.5 million so they could test the technique.

Other initiatives to automate sewing factories exist. A Georgia-based business called Software Automation Inc. has created a machine that can sew T-shirts, for example, by pulling the fabric over a surface with appropriate equipment. Eric Spackey, CEO of uniform manufacturer Bluewater Defense, participated in the research project with Siemens, but he has reservations about the Sewbo method. According to Spackey, “putting (stiffening) material into the garment—it basically adds another procedure,” which raises costs. However, he adds that it might make sense for producers who already wash clothes as part of their routine operations, like jeans manufacturers.

After studying the Sewbo machines, Sanjeev Bahl, who founded the Saitex small jeans factory in downtown Los Angeles two years ago, is getting ready to set up his first trial machine. Bringing robots into clothes manufacturers is the first step. In September, as he led the way through his plant, he pointed out employees stooped over antiquated equipment and declared that many of these activities were suitable for the new method. He asserted, “If it succeeds, I don’t see any reason why we can’t resume large-scale (jeans) manufacture here in the United States.”

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Robot Transformer 1 to Help Robots Learn from Other Robots

Robot-Transformer-1-to-Help-Robots-Learn-from-Other-Robots

The Robot Transformer 1 (RT-1) is designed to tokenize robotic input and output actions

We’ve often relied on technology to supplement — and even superpower — our human capabilities. We developed the printing press to help share information, the abacus (and then the calculator) to help us do math, the airplane to help us get from one point to another. In recent years, and specifically in the field of machine learning, we’ve developed novel ways to process information to power helpful technologies like Search, Assistant, Maps and more. Researchers at Google’s robotics arm, Google Research, and Everyday Robots have come up with a way to help robots learn from each other and absorb huge amounts of data to boost performance: the Robot Transformer 1 (RT-1), which sadly is neither an Autobot nor a Decepticon.

“Earlier this year, we worked with Everyday Robots to demonstrate that integrating a powerful language model such as PaLM into a robot learning model could not only enable people to communicate with a robot — but also improve the robot’s overall performance,” explains Vincent Vanhoucke, head of robotics at Google Research. “This language model made it possible for helper robots to understand several types of requests — like ‘I’m hungry, bring me a snack’ or ‘help me clean up this spill’ — and execute them.

“Now, we’re using the same architectural foundation as PaLM’s – the Transformer – to help robots learn more generally from what they’ve already seen. So rather than merely understanding the language underpinning a request like ‘I’m hungry, bring me a snack,’ it can learn — just like we do — from all of its collective experiences doing things like looking at and fetching snacks.”

The Robot Transformer 1 (RT-1) is designed to tokenize robotic input and output actions — things like camera feeds, task instructions, and commands to motors — in order to allow for run-time inference efficient enough for real-time control. Trained on a 130,000-episode dataset of more than 700 tasks, gathered from an Everyday Robots fleet over a 17-month period, RT-1 proved capable of significantly improving generalization across new tasks, objects, and environments, boosting its accuracy by observing other robots in action.

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COBRA Robot Designed to Tackle Brutal Conditions on the Moon

Scientists launch the COBRA robot to explore the explored parts of the moon and the space

NASA has activated a new program for the moon. It’s a COBRA robot that is snapped into a hexagon shape, built by young engineering students from Northwestern University, the robot rested peacefully on rocky steps in an empty patch of California desert. The robot is balanced on one flat side and covered in a black sheath, ultimately looking like a skinny tire. The bot was then made to go downhill, bouncing off rocks so fast that it launched momentarily into the air, but all the while staying upright and stable through it all.

Reports claim that the robot was one of the seven different machines conceived, designed, and built over the previous 18 months at universities across the US. Several engineering teams competed in the NASA contest to build innovative robots that will be capable of exploring the rough terrain and brutal conditions on the moon and sometimes, solving complexities beyond that.

Back in November, the teams showcased an array of bots and rovers that are built to traverse the desert, and on the rough patches of the moon. COBRA is basically an assembly of 13 mini-bots that are snapped together into a snakeline chain. Another robot that was demonstrated by the Arizona State University was the CHARLOTTE. It is a six-legged bot that could scale steep slopes, and Florida State University showcased a terrier-sized, four-legged robot named ‘Extreme Terrain Tuad’ or ET-Quad that jumped across different rocks.

Right now, one of NASA’s constant attempts is to send robots and rovers to different parts of space to explore the undiscovered and hidden mysteries of the universe. The recent set of innovations shows the creation of more robots that can walk to rough terrains and explore the explored efficiently.

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Top 10 Talented Roboticists to Follow on Twitter to Stay Informed

Top-10-Talented-Roboticists-to-Follow-on-Twitter-to-Stay-Informed

To help you get started on the learning curve, here the top 10 Roboticists to follow on twitter

We’ve become accustomed to watching robots on TV, but they’ve now made their way into our industries, offices and even our homes. It’s not always simple to stay on top of robotics developments, which move at a dizzying pace. Robotics and AI machines are taking over the globe. Healthcare, manufacturing, automotive, education and defense are just a few of the areas that have adopted them. To name a few, autonomous mobile robots, no-code robotics solutions and assistive robots are all examples of engineering and science coming together to develop unique solutions. Robotics‘ versatility and competitiveness assist small and large organizations alike. Without robots, many of the world’s most successful industrial and technological companies would be impossible to operate. This article features the top 10 talented roboticists to follow on Twitter to stay informed.

Tessa Lau @tessalau

Computers are remarkably bad at generalized tasks such as avoiding gum on the path or recognizing that an interloper is a cat. That means that advanced robots need either AI or Isaac Asimov’s positronic brain. Of course, Asimov’s device was, well, science fiction.

Lau’s company uses robots to lay out complex construction designs. On her Twitter feed, Lau advocates for agile methodologies to build sustainable robotics. The same feed highlights applied AI in robots to solve some of those problems of generalized intelligence. Tessa Lau is one of the top robotics leaders to follow on twitter.

Soumith Chintala @soumithchintala

Chintala helped to build the ML platform called PyTorch. An advocate in the open-source ML community, he has contributed to several publications on the topic of generative adversarial networks (GANs). Read his Twitter feed for information about advances in natural-language data processors and robotics. One of the top 10 talented roboticists to follow on Twitter to stay informed.

Lex Fridman @lexfridman

This AI researcher has a popular podcast where he speaks with all of the heavy hitters in AI and ML. His Twitter feed provides links to these podcasts as well as diverse content. Fridman is working on autonomous vehicles, human-robot interaction, and ML at MIT.

Angelica Lim @petitegeek

Lim launched a robotics lab at Simon Fraser University and recently received the inaugural School of Computing Science’s Excellence in Teaching award. Her tweets are focused on educating others in the fields of robotics, machine learning, and AI. Besides Twitter, you can read her work in several issues of IEEE Spectrum Automation. One of the top 10 talented roboticists to follow on Twitter to stay informed.

Tabitha Goldstaub @tabithagold

Goldstaub champions women in the field of AI and co-founded FutureGirlCorp to do just that. She also wrote the book How to Talk to Robots: A Girl’s Guide to a Future Dominated by AI. Her tweets focus on the democratization of data and making access to data affordable.

Jason Huggins @hugs

The entrepreneur who founded Sauce Labs, Huggins may be best known as the original contributor and creator of the Selenium project. Successful enough to work on what he wants to work on, his current passion project is building robots at Tapsterbot. The company uses mechanical hands and AI to physically put real software devices through their paces, including test automation on mobile devices. He tweets about robotics, AI, ML, and continuous improvement of software.

Kevin Surace @kevinsurace

Surace’s tweets explore DevOps, BizOps, and other areas where AI is being applied to the software delivery process. The company he leads is focused on the benefits of AI and ML as applied to software testing. Their product, Appvance IQ, is presented as an autonomous continuous testing system.

Kate Crawford @katecrawford

Crawford’s first book, Atlas of AI: Power, Politics, and the Planetary Costs of Artificial Intelligence, is due to launch in April 2021. She is the inaugural visiting chair for AI and justice at the École Normale Supérieure in Paris, and the Miegunyah distinguished visiting fellow at the University of Melbourne. Her tweets capture global points of view about AI. One of the top 10 talented roboticists to follow on Twitter to stay informed.

Andrew Ng @AndrewYNg

Anyone who wants to pursue a career in AI should know Andrew Ng. Widely considered an AI star, Ng founded the Google Brain deep learning project. He also was Chinese tech giant Baidu’s chief computer scientist until he left in 2017. Ng transformed the AI strategies of Google and Baidu, where he laid the foundation for some of their biggest products to date.

Nathan Benaich @NathanBenaich

Benaich is a former genetics researcher turned AI venture capitalist who has a Ph.D. in computational and experimental cancer research from the University of Cambridge. One of the top 10 talented roboticists to follow on Twitter to stay informed.

Joanna Bryson @j2bryson and @j2breve

Bryson developed the action selection model. It explains how an animal or artificially intelligent agent determines what to do next. Action selection is a key mechanism in the design of intelligent systems. Bryson has one Twitter handle for verbose tweeting and another for sparse tweeting about developments she believes are important.

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Top 10 Robotech Start-Ups that Sparked a New Industry in India

Top-10-Robotech-Start-Ups-that-Sparked-a-New-Industry-in-India

Can anyone deny the very fact that robots are taking over the world in ways that surpass our imagination levels. From defence to healthcare, every sector has relied on robotics in one form or the other. Irrespective of the objective achieved, one thing is for sure – robotic inventions are changing how we are leading our lives. On the same lines, have a look at what are the top 10 robotech start-ups in India that are redefining innovation.

FANUC India

FANUC is a Bangalore based startup wherein the application specialists can simulate technical problems and provide you with the best solutions. The company is into assisting in the creation of dependable production line automation systems and offering technical support for any comprehensive machine tool retrofit project.

Invento Robotics

As Bangalore is a hub for start-ups, yet another robotic startup that has grabbed eyeballs is Invento Robotics. The company is majorly into building customer-interactive service robots. This startup had recently come up with its flagship product, Mitra, that employs face recognition to identify visitors, initiate conversations with them, and alert hosts of their presence.

Gridbots Technologies Pvt. Ltd.

Gridbots Technologies Pvt. Ltd. is a technology and invention company that aims at achieving perfection in the disciplines of robotics, machine vision technology, and artificial intelligence. This robotics startup is widely recognised for developing smarter, faster, and more effective robots, Gridbots Technologies hopes to integrate robotics into people’s daily lives.

Wipro PARI Robotics

Wipro PARI Robotics is a well known robotics startup based out of Pune. With an aim to offer the best automation and robotics solutions to its clients by utilizing its resources and experience, the firm has definitely lived up to the expectations.

Hi-Tech Robotic Systemz Ltd.

This robotics startup is into planning and producing a range of products, using premium raw materials and cutting-edge technology, all the while complying with and being observed by international quality standards and quality inspectors because of their excellent performance, durability, sturdy design, durable finish standards, dependability, and prolonged service life.

Wow Labz

Labz is a recognition full-service product development company that’s committed to making top-notch products. Famous in the area of design, and technology, this robotics startup has excelled in turning their ideas into products.

Nyros Technologies

This robotics startup based out of Andhra Pradesh, specialises in World-class SCM solutions, such as business process integration, application deployment, and global operations sourcing. Nyro’s Technologies is basically a software development, infrastructure service provider, and consulting firm that has carved a niche for itself in no time.

NeoITO

NeolTO boasts of products that have been used by some of the most well-known businesses in the world, including Facebook, LinkedIn, IKEA, Ubisoft, and others. No wonder , the company has excelled at helping business owners secure multi-million-dollar valuations and providing their customers with turnkey, enterprise-grade solutions.

Teksun Inc

If you are looking for end-to-end product development services, Teksun Inc is the place for you. This startup helps you through the process as well as finishing the work. Everything from software development, technology research, to product engineering, Teksun Inc has got you covered. A point to note is that Teksun specializes in designing and developing entirely in-house.

Fusion Informatics

Fusion Informatics, stands the potential to empower and revolutionize businesses in today’s market. What makes this robotics startup stand apart from the rest is the fact that the internet, mobile, and cloud solutions from Fusion Informatics are made to be extremely quick and offer superior security and scalability.

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Deep learning, AR/VR, and autonomous analytics are among the “biggest bets” in technology

Deep-learning,-AR-VR,-and-autonomous-analytics-are-among-the-biggest-bets-in-technology

Recent research by the Boston Consultancy Group (BCG) and the National Association of Software and Services Companies (NASSCOM) has identified 12 new technologies with significant financial momentum. They are autonomous analytics, augmented reality and virtual reality, autonomous driving, deep learning, computer vision, distributed ledger, smart robots, space technology, sustainability technology, edge computing, sensor technology, and 5G/6G. These are now referred to as the “Biggest Bets.”

According to the research, these 12 technologies will disintegrate in a variety of ways, making way for large bets that are sector- and region-specific. While consumers in North America and Europe are placing their bets on innovations like autonomous analytics, APAC consumers are more likely to be interested in 5G/6G technologies, sensor technology, and smart robotics. In general, technology purchasers predict that between 70 and 80 percent of their spending on technology will be allocated to developing technologies by 2030.

India is leading APAC in terms of private tech capital growth, up 31% from the region as a whole (11%). In addition, the top funded verticals are now seen to be Healthcare and Transportation, with Technology, BFSI, and Telecom following.

“Nowadays, businesses in all industries are built on developing technologies. They were able to gain a competitive edge while navigating the extraordinary hurdles of the digital era thanks to it, “NASSCOM President Debjani Ghosh made the statement.

Another NASSCOM study found that tech buyers anticipate the share of emerging technology to triple over the following 4-6 years due to increased productivity, improved customer experience, and a quicker product development cycle.

Top business goals for IT purchasers will include autonomous analytics, edge computing, 5G/6G, and deep learning. These are just a few examples of the major technologies. However, for technology companies, regional and technological supplier preferences vary. While mid-size companies and digital firms are selective on big bets, focusing either on a small number of emerging areas or going deep in select technologies, big companies are diversifying their bets by concentrating both on technologies with founded use cases (5G/6G) and investing in budding technologies to gain leading position (Deep learning and Computer Vision).

Going forward, it will be intriguing to observe how corporations will stake their claims on cutting-edge technological advancements and how they will lead the tech revolution for the benefit of society as a whole.

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‘Gnat-Sized’ Robots Finally Enabling the Stable Flight of Robots

Gnat-Sized'-Robots-Finally-Enabling-the-Stable-Flight-of-Robots

University of Washington researchers built a gnat-sized robot, Robofly to address robotics-related problems.

A new flight control and wind sensing system that University of Washington researchers have created may be able to help solve this difficult robotics problem and allow steady flight of robots as small as a gnat. The accelerometer—a sensor that can measure the acceleration of any moving machine, item, or body—is the foundation of this system, which was first described in Science Robotics. Small flying insects-sized lightweight robots could be used for space exploration, hazardous site inspections, search-and-rescue operations, and other extremely beneficial real-world tasks. Despite their potential, these robots have yet to be fully realized, in part because of technological difficulties that were faced when attempting to steady their flight and mechanically mimic the natural hovering skills of insects. According to Sawyer Fuller, one of the researchers who conducted the work, “for almost 40 years, roboticists and microfabrication experts have dreamed of producing ‘gnat-sized’ robots that weigh just a few milligrams. This idea was first put up by Anita Flynn at Berkeley.

Researchers from Berkeley University and the Army Research Labs were among those who succeeded in their attempts to develop actuation systems for insect-sized robots weighing 10 mg or less in recent years. But so far, it has been difficult to reliably stabilize and control the flight of these exceedingly tiny robots. ” Later, she and Rodney Brooks advocated sending small robots known as “smart dust” out to study the solar system in the amusing paper titled “Fast, cheap, and out of control: a robot invasion of the solar system.” These robots would be considerably smaller than the 100-mg, bumblebee-sized UW Robofly that students in my lab have so far developed.”

Without feedback management, small flapping-wing robots and drones are typically unstable, according to Fuller. “They fall out of the sky in a hurry if you turn on the wings or rotors. According to theory, flies use gyroscopic halteres as feedback to compensate. Therefore, incorporating a gyroscope into the robot’s architecture would be a logical answer. In my doctoral work, I discovered that flies use a sensation of wind from their feather-shaped antennae to guide their flying, which is where our answer to the issue came from, Fuller said. In this study, we demonstrated that measuring airspeed, as done by flies, is possible using an accelerometer, a different kind of sensor. The main advantage is that accelerometers are fundamentally more compact and effective than gyroscopes. They come in a packet weighing just 2 mg and are readily available off the shelf. “We found that the two systems responded pretty similarly when we compared a simulated reaction of our system to a blast of wind with how fruit flies respond to the same gust,” Fuller said. “We can now test an intriguing theory concerning insect flight control. In particular, it suggests that flying insects without gyroscopes, such as bees and moths, may be able to control their erratic flight dynamics by detecting wind with their antennae.” Fuller continued, “We were able to develop a stabilizing flight control system based on commercially available parts that is small enough for a gnat-sized robot. “Our approach might also be modified to work with larger robots, like the 100 mg UW Robofly, giving additional payload space to a bigger battery or more sensors. We intend to demonstrate it flying on the UW Robofly in our next investigations.”

Gyroscopes may potentially be integrated to assist small flying robots fly, however the gyroscopes now on the market are nowhere near as efficient or light as they would need to be to fly on such light devices. An complete gnat-sized robot weights 15 mg, which is 5 mg more than the lightest gyroscope that has been created to date. Using a 30-gram robot, Fuller and his colleagues evaluated their system in simulations and actual trials and discovered that it could successfully stabilize its flight and accurately mimic the flight dynamics of fruit flies. They anticipate using it and testing it on numerous different flying robots in the future, including smaller robots that weigh 10 mg or less.

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Top 10 Robotics Technology You Should Know- Past, Present, and Future

Top-10-Robotics-Technology-You-Should-Know--Past,-Present,-and-Future

The top robotics technology you should know that has changed the future of robots

We have reached a point where we are largely dependent on robots as a result of robotics technology growth. These robotics have entered practically every industry and assisted companies in the best way possible in achieving their goals and objectives. Every day brings new developments in the robotics industry. The top robotics technology for 2023 and beyond are listed below. Look at that!

1. AIBOA

Meet AIBO – an adorable robot dog that was brought into existence by Sony. This robot was discontinued almost a decade ago. However, it has now come back with even more abilities for human operations. This mechanical pup reacts to words of praise or scratches on the head, can learn tricks, and will seek out owners. One point that cannot go unnoticed is that it has an application that owners can use to adjust system settings or add new tricks, and can store memories by connecting to the internet cloud.

2. RP Vita

What can get better than a feature wherein multiple medical specialists and caregivers collaborate in real-time? This is exactly what RP Vita has in store for you. With this robot, there is now access to holistic care that is difficult to find in most medical facilities. This robot is already being used in a significant number of hospitals and in no time will mark its presence everywhere.

3. UR 10

UR 10, a reliable robot by Universal Robots is famous for all the right reasons. It can optimize production and improve performance across several industries. Be it Pharma, food and agriculture, automotive, metals, or chemistry, this robot has got you covered. UR 10 performs a range of tasks such as packaging, palletizing, assembly, and pick and place.

4. Nimble

This is yet another innovative robot that deserves special mention. This agile robot is capable of flying (at a top speed of 25km/h) just as nimbly as a real winged insect. With Nimble in place, outdoor operations in light winds are no longer a concern. Also, this robot is less vulnerable to damage and can perform aggressive maneuvers, such as 360-degree flips, resembling loops and barrel rolls.

5. RoBoHon

This cute little robot serves as a regular phone. That’s not all. There is a bundle of functions that this innovative robot performs. It can lean forward and project larger images on the surface thereby making it easier than ever to view photos, videos, etc. It also can walk and talk.

6. Double

Double has gained wide recognition as a remote-controlled telepresence mobile robot that lets users interact irrespective of their location. What exactly happens is that Double gives its users a physical presence in a given location. It further allows the user to self-adjust its height thereby making it convenient for the user to use it while sitting or standing. In no time, Double evolved to become the “ultimate tool for telecommuting”.

7. Junco Chihira

Tourism is one of the most crucial industries that is contributing to the economy of the country. Given that, how about a robot answering all the tourists’ questions? Meet Junco Chihira – a realistic android robot that responds to tourists’ questions as a result of its speech recognition capabilities.

8. Gita Bot

We all hate carrying our shopping bags during the entire journey, right? Well, not anymore! Gita bot to our rescue. This robot is designed in a manner that it will follow you and get the shopping/luggage thing sorted for you. No wonder why this is no less than a blessing and an excellent travel companion for those short excursions to shops!

9. K-MAX

K-MAX is an unmanned aircraft founded by Kaman Aerospace Corporation and Lockheed Martin Corporation. This is currently being used by the U.S. military to deliver supplies and cargo to precise locations while eliminating the risk to human lives. How amazing is that? Yet another point to note here is that it has autonomous (remote) control capabilities.

10. Robear

Robotics has contributed immensely to the field of healthcare. One such innovation is Robear, a high-tech teddy bear that aims to help raise an elderly person from a bed to a wheelchair. No wonder why this robot is all set to make a mark in the healthcare industry.

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Top 10 Books on Robotics that Beginners should read in 2023

Top-10-Books-on-Robots-that-Beginners-Should-Read-in-2023

IF you are Robotics lover, you need to read these books

There is no denying the fact that Robotics is a favourite topic of Tech lovers. Robotic Readers would be fascinated with the following books. The article lists Top 10 books on Robotics that Beginners should read in 2023. These books on robotics are some of the most popular books on robotics.

Robotics: Everything You Need to Know About Robotics from Beginner to Expert

Are you just getting started with robotics but want to quickly delve deeper? If the answer is yes, you should read this robotics book. You’ll discover the 3 Rules, the history of robotics, and the earliest robots ever built as you read. The best materials, sensors, and hardware to create a robot from scratch will also be covered, as well as how to build a variety of robots and the “brains” that power them.

Probabilistic Robotics (Intelligent Robotics and Autonomous Agents series) 1st Edition

Are you interested in probabilistic robotics? Readers will learn about probabilistic robotics in this book, as well as a number of tactics and procedures employed in the discipline, all of which are founded on a single thorough mathematical foundation. Probabilistic robotics, a young and developing area of robotics, will help robots reason and act in uncertain situations, providing them an advantage in a range of practical situations.

The Fourth Industrial Revolution

The Fourth Industrial Revolution, according to author Klaus Schwab, is more significant and intricate than any previous industrial revolution.

These new industrial developments, which are characterised by a variety of cutting-edge new technologies (such as robotics and AI) fusing the physical, digital, and biological worlds, are having a profound impact on every sector of the economy and society, even raising the question of what it means to be a human.

Robot-Proof: Higher Education in the Age of Artificial Intelligence

Many industries will be automated in the future, therefore students today need to be ready for a job market where humans and robots will coexist. Author Joseph Aoun lays out the principles of a new discipline called humanics that will assist students in building on their inherent talents and equip them with data literacy to manage the flow of big data, technological literacy to comprehend how robots function, and human literacy—the humanities, communication, and design—all of which will help future professionals with opportunities for lifelong learning that will help them become more adaptable as automation progresses.

Rise of the Robots: Technology and the Threat of a Jobless Future

Less resources will be required as technology advances and machines take over more aspects of human lives. In this book, the topic of how artificial intelligence is already changing our way of working and conducting business is discussed. The book aids readers in comprehending how rapidly advancing technology affects our economic possibilities, among other things.

Making Simple Robots: Exploring Cutting-Edge Robotics

Even non-technical readers of the book will be able to understand it because to its clear writing. Essentially, it is a book for novices who want to advance to more difficult levels. It includes everything from simple artisan techniques to cutting-edge items and technologies used by inventors.

Machine Vision & Navigation

This book presents a range of viewpoints on vision-based applications.

These contributions focus on optoelectronic sensors, 2D and 3D machine vision technologies, navigation for robots, control concepts, motion controllers, and vision systems.

The authors concentrate on the numerous applications for unmanned aerial vehicles, mobile, autonomous robots, structural health monitoring, and industrial inspection applications.

Learn Robotics Programming: Build and control autonomous robots using Raspberry Pi 3 and Python

Learn the fundamentals of robotics, how to design, construct, and programme a robot, and as you learn, add additional building techniques, sensors, and outputs.

You’ll learn how to build a sophisticated robot that uses Python and a Raspberry Pi to execute fundamental AI tasks, as well as how to upgrade its systems and operate it using the web, phone, and WiFi.

Springer Handbook of Robotics

The Springer Handbook of Robotics offers valuable information on the rapidly expanding robotics industry if you’re seeking for a comprehensive overview.

The contributions of more than 200 authors offer insight into a range of subjects, including the fundamentals of robotics, mobile robots, and more.

Modern Robotics Mechanics, Planning, and Control

In this book, which focuses on self-organizing multi-agent systems, physically interacting human-robot systems, and dynamics, motion planning, and control for robot manipulation and locomotion, author Kevin M. Lynch makes sure to cover all of his interest. Rigid-Body Motions, motion planning, and robot control are a few of the important topics covered in the book.

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Can Autonomous Moon Robots Aid Elon Musk’s Mars Mission?

Can Autonomous Moon Robots Aid Elon Musk’s Mars Mission

Researchers are testing future autonomous moon robots on Mount Etna’s lunar-like terrain

Autonomous moon robots will be necessary if we wish to further explore the Solar System. Because of this, researchers are testing future moon robots on Mount Etna’s lunar-like terrain.

The anticipated return of humans and robots to the Moon, however, has recently dominated the news. Will robotic explorers become less significant when humans start to travel farther into space? Will these moon robots be of any help in Elon Musk’s Mars Mission? While the CEO of Twitter is preoccupied with the microblogging site, his SpaceX mission to Mars has taken a back seat. Elon Musk has faced backlash from people after his shares dropped.

No way. Robotic explorers will undoubtedly become more significant than ever. According to Prof. Alin Albu-Schäffer of the Institute of Robotics and Mechatronics at the German AerospaceCenter, Munich, “there are some areas in the Solar System you can’t send people, like Venus, or some moons of Jupiter or Saturn.”

“They’re just too aggressive and far away for us humans. Therefore, robots will be crucial. And robots won’t merely find their use in these isolated locations. Robots will be building infrastructure before there are humans on Mars, according to Albu-Schäffer. It’s almost clear that the robots will aid astronauts in building lunar bases as well.

Albu-Schäffer is a member of the ARCHES project, which is run by Germany. The ARCHES project, which stands for Autonomous Robotic Networks to Help Modern Societies, brings together a group of specialists from the European Space Agency (ESA), the German Aerospace Centre (DLR), and the Karlsruhe Institute of Technology (KIT) to create networks of robotic systems that cooperate to explore planetary landscapes.

The planetary robots of the future will operate in teams, talking with one another using their artificial minds to resolve issues and accomplish objectives rather than acting as lone envoys waiting for commands from operators on Earth.

Albu-Schäffer and others recently performed an “analog expedition” on the Sicilian slopes of Mount Etna to test such a networked system.

The volcano serves as a decent stand-in for the Moon with its barren environment of fine, granular surface material and hardened lava flows. It has previously been employed for such testing.

In 2017, a prior Helmholtz expedition hit the slopes. The Robotic Exploration Under Extreme Conditions (ROBEX) mission evaluated cutting-edge technology for data transmission, energy exchange, and maximum autonomy. It proved that these technologies might be used in upcoming exploration missions, and ARCHES is now developing and improving these discoveries.

In 2022, the ARCHES analog mission ran from June 13 to July 9, 2022. Three various scenarios were tried out. The first, known as GEO I, utilized as much onboard automation as possible while two rovers (LRU1 and LRU2) and a flying drone investigated a terrain patch.

While the rovers explored the region and conducted scientific investigations, the drone surveyed the area from the air. The rovers were powered by a central, stationary “lander,” which also served as a Wi-Fi hub so they could interact with one another.

According to Albu-Schäffer, if the rover became trapped due to larger rocks, for instance, the flying system would create a map and identify passageways where the rover can travel. For the rover to replan its trajectory, the drone would then communicate that information to it.

The rovers’ progress was watched by a control center in the adjacent city of Catania, but, to the greatest extent feasible, they made their own artificially intelligent judgments about where to set up scientific equipment, collect soil samples, and carry out other geological research.

Such outcomes would be used to determine whether regions on Mars or the Moon provide the ideal landing sites for human missions. For instance, the information may show where to locate water or the greatest resources for making building materials or 3D-printed components. By eliminating the need to transport all of these items from Earth, such building and resource extraction would dramatically lower the cost of human missions.

The DLR network gained two more rovers in the second scenario, GEO II. One was the ESA’s Human-Robot Interaction Lab’s Interact rover. This four-wheeled rover features a robotic grabber hand and is remotely controlled. The other was a crawler that resembled a centipede that KIT provided. Its unique locomotion technology allowed it to traverse far more difficult terrain than the wheeled rovers could. Additionally, it extended the range of the ESA rover by acting as a communications relay between the lander and the latter.

Trials featured a total of 50 participants from various universities. Team building as a result became another factor in the success. “Because we had these individuals cooperating and creating the fundamentals for such space missions, there was a lot of community building. So, in my opinion, the four-week campaign we ran up there on the mountain with the researchers was invaluable, says Albu-Schäffer.

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