Рубрика: Robotics

The coming years will expand the scope of a career in robotics.

According to a Reuters report, North American companies are striving to keep up with the growing demand for robots. These companies ordered robots worth more than US$466 million altogether. The field of AI and Robotics is flourishing day by day and industries are accelerating the adoption of these disruptive technologies. The use of robots has spread from specific functions to more general tasks like the packaging. Hence, today there is a high demand for skilled talents in the field of robotics across the globe.

There have been surging demands for various career roles like robotics engineer, data scientist, hardware engineer, UX designer, robotics technician, and more.

As mentioned by Glassdoor, the national average salary of a robotics engineer in India is INR4,05,433, which is equal to US$5,586.

The good news for people planning to pursue robotics engineering is that the job role will not die out anywhere in the future. Instead, there will be more demand for such engineers. Here we are discussing the job role of a robotics engineer, and the minimum qualifications necessary to become one.

What Does A Robotic Engineer Do?

Robotics engineer as the name suggests is responsible for the designing, development, application, and operation of robotic systems and robots. High knowledge in computer science and robotics will enable them to create automated robotic systems and ensure their safety and economic use. A robotics engineer is involved in creating and managing robots and the algorithms that run them. The job roles might vary according to the needs of the company you are working for and the type of projects. As robots and robotic units are highly used in manufacturing, healthcare, aerospace, agriculture, and other potential industries, their use and type might differ from each other.

Robotics engineers are also involved in researching the needs of their customers and automate the systems according to the user demands. They majorly use Computer-Aided Design and Computer-Aided Manufacturing to design the robots. A robotics engineer will be spending most of their day designing and simulating robotic designs to solve specific problems. There are a variety of specializations that exist within the career space of robotics engineers from just assembling the robots to efficiently implementing them.

The Eligibility Criteria

• A degree in Engineering. This can be in branches including Electrical, Mechanical, and Robotics Engineering.
• Knowledge of computer software systems and their operation.
• A robotics engineer should understand Computer-Aided Designing and drafting.
• An MS degree in Robotics is also preferred as this will enable the candidate to gain a deeper knowledge of the subject.
• Several companies look for excellent communication skills, complex problem solving, and reasoning skills.

The requirements will vary according to the type of specialization and companies. For example, Apple is currently recruiting robotic engineers, and experience in hands-on fabrication, mechanical fixturing, and troubleshooting skills are the key requirements.

Hence, if you are someone looking to carve a career path out of robotics, then the role of a robotic engineer is worth considering.

The post Growing Demand for Robots and Increasing Career Opportunities appeared first on Analytics Insight.

In what is being heralded as a watershed moment in the digitization of healthcare, a British surgical robotics firm will become the first in the world to store clinical health data on glass platters.

CMR Surgical has teamed up with Microsoft to encode vast amounts of data from hundreds of surgical robotic processes onto a single glass slide measuring only 7.5cm by 7.5cm.

According to the report, storing data in glass could help to standardize complicated surgical procedures and improve patient outcomes in what Luke Hares, Chief Technology Officer of CMR, called “a very important building block to the larger digitization of healthcare, the secure treatment of medical data and the increasing digitization – in many ways for the first time ever – of surgery”.

Last year, four NHS hospitals successfully deployed Versius, CMR’s surgical robot arm designed to do complex surgeries with improved precision, accuracy, and agility, to treat patients with serious bowel disease or bowel cancer.

Such procedures create enormous amounts of data, much of which has never been routinely available before, making it incredibly valuable for future surgeons and surgical robot systems to learn from.

Each silica glass platter is robust enough to endure being baked in an oven, boiled, microwaved, scrubbed, or demagnetized, and while it can still shatter like regular glass, if left undisturbed in data centers, it may last for tens of thousands of years.

According to a Microsoft spokesperson, the data is encoded using lasers and can be read back using machine learning algorithms to decode images and patterns formed as polarized light shines through the glass.

“Storing data in glass means we can be confident we’re not going to lose it, and that it won’t be corrupted or changed because it’s a permanent record,” Mr. Hares told I News.

Medical information is among the most delicate and valuable, making it a tempting target for cybercriminals. Despite the anonymity of the patient data CMR collects and analyses, protecting it from corruption, deterioration, and theft is a top issue.

The post British Surgical Robots Organization is the First in the World to Test Health Data in Glass appeared first on Analytics Insight.

Analytics Insight has listed the top 10 robotic courses beginners should take up in 2021.

From six to sixty-year-olds, everybody is pretty grabbed by the internet. Fortunately, World Wide Web (WWW) is also not disappointing them. Starting from baking bread to building a satellite, everything is available online for learning. As an extended arm to the basics of learning, teachings on critical topics like artificial intelligence, robotics, natural language processing (NLP), and other disruptive technologies are also conveyed by online courses. Owing to the internet’s influence, many universities are tying up with Edtech platforms to offer certified online courses, and sometimes, even degrees courses. Even though robotics is a hectic subject that needs practical content delivery, online courses are making it easy for students to grab them. They leverage end-to-end learning on robotics starting from introduction to robots and basic tools to how to make a robot and imply Robot Operating System (ROS) in it. Therefore, Analytics Insight has listed the top 10 robotic courses beginners should take up in 2021.

• GROWING DEMAND FOR ROBOTS AND INCREASING CAREER OPPORTUNITIES
• OPENING ALERT: LATEST ROBOTICS INTERNSHIPS TO LOOK OUT FOR IN MAY 2021
• TOP ROBOTICS UNIVERSITY PROGRAMS IN 2021

Top robotic courses for beginners in 2021

Robotic Foundation I- Robot Modelling at edX

Robotic Foundation I, conducted by Federica Web Learning, Universita di Napoli Federico II, explores the robotic foundation for modelling robot manipulators. The course talks about how robotics is commonly defined as the study of the intelligent connection between perception and action. They explain that the full scope of robotics lies at the intersection of mechanics, electronics, signal processing, control engineering, computing, and mathematical modelling. With this very broad framework, modelling and control play a basic role, not only in the traditional context of industrial robotics but also in advanced applications of field and service robotics, which have attracted increasing interest from the research community in the last twenty years. By taking this course, beginners can learn about the scenario of industrial robotics and advanced robotics, fundamentals of kinetics, differential kinetics and statistics, Jacobian and its properties, inverse kinetic algorithms, and equation of motion of robot manipulators.

Enrol for the course here.

Robotic Foundation II- Robot Control at edX

Robotic Foundation II, also conducted by Federica Web Learning, Universita di Napoli Federico II, is the continuation of its first part. The course explores robotic foundations for planning and control of robot manipulators and mobile robots. By taking up the Robotic Foundation II course, beginners can learn about trajectory planning algorithms, joint space and operational space motion control strategies, and indirect and direct force control strategies. They also provide in-depth learning on visual control techniques, parameter identification algorithms, and features of modelling and control of wheeled mobile robots.

Enrol for the course here.

Begin Robotics at FutureLearn

Conducted by the University of Reading, Begin Robotics course explores the history, anatomy, and intelligence of robots and test drive robots using exciting simulations. The course starts with an introduction session to robotics and takes the students into the in-depth content of the history of robots and their applications and basics of robot designs. It also examines the robot anatomy, control and behaviour through a set of simulated tasks. By taking up the course, beginners can get an insight into different forms of robot and applications where they may be used, appropriate commands to allow a robot to achieve particular tasks using information from sensors, and what aspects of robotics can be applied in different scenarios.

Enrol for the course here.

Electricity & Electronics- Robotics, learn by building at Udemy

Electricity & Electronics- Robotics, learn by building course opens the door for more career opportunities and encourages beginners to learn electronics by focusing on building robots or automation. By taking up the course, students can develop and build analog electronic circuits and create multiple circuits from sound buzzers to bionics where they can actually control a servo motor by reading signals from their muscles. With over 21,000 students enrolled, students aged between 8 and 60+ have enjoyed the course and projects. Besides English, the course is also available in seven different languages including French, Indonesian, Thai, etc.

Enrol for the course here.

ROS for Beginners: Basics, Motion, and OpenCV at Udemy

ROS for Beginners: Basics, Motion, and OpenCV offered by Udemy teaches robotics with Robot Operating System (ROS) in the little title without pushing the students to be lost in broad docs. By taking the course, beginners can understand the ROS ecosystem, develop simple applications to control robot motion, learn how a position and orientation are represented in ROS, recognize how to develop C++/Python ROS projects, and develop simple computer vision programs with ROS and OpenCV. However, the course requires students to have basic knowledge in C++ and/or Python programming language.

Enrol for the course here.

Modern Robotics, Course 1: Foundations of Robot Motion at Coursera

Modern Robotics, Course 1: Foundations of Robot Motion offered by Northwestern University provides serious preparation for students who hope to work in the field of robotics or to undertake advanced study. In the first phase of ‘Foundations of Robot Motion,’ beginners will learn fundamental material regarding robot configurations, for both serial robot mechanisms and robots with closed chains. Students will learn about configuration space (C-space), degree of freedom, C-space technology, implicit and explicit representations of configurations, and holonomic and non-holonomic constraints. By taking up the course, beginners can also get an insight on how to represent spatial velocities and forces as twists and wrenches.

Enrol for the course here.

Robotics Specialization at Coursera

Robotics Specialization offered by the University of Pennsylvania helps build blocks for a career in robotics. It also teaches students to gain experience in programming robots to perform in situations and for use in crisis management. The introduction to Robotics Specialization introduces beginners to the concept of robot fights and movement, how robots perceive their environment, and how they adjust their movement to avoid obstacles, navigate difficult terrains, and accomplish complex tasks such as construction and disaster recovery. Students taking the course will also be exposed to real-world examples of how robots have been applied in disaster situations, how they made advances in human healthcare, and what their future capabilities will be.

Enrol for the course here.

Become a Robotics Software Engineer at Udacity

Become a Robotics Software Engineer is a Nanodegree Program provided by Udacity. By taking up the certificate course, students can build hands-on projects to acquire core robotics software engineering skills including ROS, Gazebo, Localization, Mapping, SLAM, Navigation, and Path Panning. The course opens the door to robotics software engineering with a practical, system-focused approach to programming robots using the ROS framework and C++. In addition, beginners can also learn and apply robotics software engineering algorithms such as localization, mapping, and navigation.

Enrol for the course here.

Artificial Intelligence for Robotics at Udacity

Artificial Intelligence for Robotics offered by Georgia Tech teaches students about programming a car. By taking up the course, beginners can learn how to program all the major systems of a robotic car from the leader of Google and Stanford’s autonomous driving teams. It also gives an overview of the basic methods in artificial intelligence including probabilistic inference, planning and search, localization, tracking and control, all with a focus on robotics.

Enrol for the course here.

Introduction to Robotics at NPTEL

Introduction to Robotics offered by IIT Bombay is a free online course for beginners. The course is very useful for students who are either currently pursuing a degree in engineering or a similar field or already have one. By taking up the course, students can learn about the basics of robotics, technologies in robotics, industrial robots, trajectory planning, robot dynamics, and control. It also provides practical examples and future applications. The course is a wholesome place to learn robotics as it offers an insight into robotics at an advanced level with a learning-by-doing approach

Enrol for the course here.

The post For Beginners: Top Robotic Courses to Shape Your Career in 2021 appeared first on Analytics Insight.

Analytics Insight has listed the top interactive AI robots on Amazon in 2021.

AI Robots are playing an important role in the industrial sector worldwide. The integration of RPA software is highly efficient and can operate 24*7 with orders to work, dance, walk, and many more activities. Gen Z prefers to play with these interactive robots that become a humanistic companion in their lives. Amazon sells a lot of interactive AI robots that work on either batteries or remote control systems at budget-friendly prices. Let’s lookout for these robots that are available in the market.

• For Beginners: Top Robotic Courses to Shape Your Career in 2021
• British Surgical Robots Organization is the First in the World to Test Health Data in Glass
• Growing Demand for Robots and Increasing Career Opportunities

Top Robots to Purchase on Amazon

Milagrow RoboElf

Milagrow RoboElf is a 90cms humanoid commercial use robot with 60 sensors, 3D dynamic perception, and sound, 3 cameras, 13 freely moving wheels as well as flexible arms. Milagrow RoboElf is one of the products of Milagrow Human Tech that specializes in robots with the best-priced and hassle-free service experience. The wheels of this robot can rotate up to 360 degrees and navigate efficiently. The Nano has an in-built sound system, colored eyes and can be ordered to play any song at any time. The HD laser projector has a 720P resolution and a maximum 65-inch projection of screen viewing display. The AI algorithm detects or recognizes voice, face, sound, and any semantic comprehension for 20 hours without charge. It also helps the owners to monitor the house with the RoboElf mobile app App Q-link.

Price: Rs. 6,50,000

Boxer Interactive AI Robot Toy

Boxer interactive AI robot works on 3 LR44 batteries and the product dimension is 13.46*13.46*17.27 cm. It is always ready to play due to its small size and comes with 10 game cards. Boxers can show a range of emotions— happy, sad, funny expressions, grumpy or sleepy while playing games such as Bot Bowling, Paddle Bot, Go Kart, or the interactive ball accessory to play soccer. It will show its quirky personality with the use of remote control. A mobile app offers brand new games to play with this AI robot that is equipped with multiple IR sensors, an internal rechargeable battery, and many more exciting AI features.

Price: Rs. 12,254.22

Toys Bhoomi Advanced AI Robot

The advanced self-balancing robotic G-sensor AI robot from Toys Bhoomi is lightweight for kids to play with. This means that it has a holding capacity of 200 grams with self-balancing mode and automatic obstacle avoidance mode. This advanced AI robot has a stronger anti-interference performance with a 2.4GHz control system and works efficiently to assist any human in need on its 2 wheels. It has an entertainment section with songs and dance installed. It can be fully charged with the use of USB through a computer or laptop.

Price: Rs. 8,999

Makeblock’s Smart Robot STEM Toy

Makeblock Kid’s Codey Rocky smart robot STEM educational entry-level programming toy consists of more than ten advanced electronic modules regarding AI and IoT with make block neuron and lego. It is easy to start with a new mblock 5 with wireless upload from MacBook, Chromebook, and windows. The product dimension is 10.19*9.5*10.29 cm. This AI robot is made as a coding robot for STEM education with an entertainment learning experience about different programming languages. The perfect blend of easy-to-use robotics hardware and block-based programming ensures quick coding learning within a few minutes, even for a beginner. The learner can turn any visual code into Python and continue with an advanced and practical coding language. The new mblock 5 supports AI and IoT functionalities for teaching tasks.

Price: Rs. 12,250

Mini Leaves Interactive Robot

Mini Leaves Interactive Robot can move freely in any direction with its touch sensing capability and can adjust the volumes while entering into other modes. A long touch on a button to enter continuous variable speed recording can exit the mode. This button is located on the chest of this AI robot and takes around eight seconds to record each time for three records. It shows different expressions to attract a kid for entertainment as well as educational purposes for hours. It consists of one interesting animal guessing game with 20 animal cards for kids to know about different types of animals on the Earth. It runs on 3 AAA batteries with two different colored eyes to express emotions. This interactive robot has 20 different songs installed in the AI algorithm for entertainment purposes.

Price: Rs. 2,699

The post Top Interactive AI Robots to Look Out for on Amazon in 2021 appeared first on Analytics Insight.

Robot programmers’ jobs are commonly exceedingly detail-oriented, and even a tiny error might set off a chain reaction. As a result, most businesses prefer people who have a degree in computer science, electrical engineering, mechanical engineering, or a related field. Service quality and training, robotic programming, and working on robotic welding equipment are all common aspects of the job. Furthermore, a high-level robot programmer with MIG process understanding and suitable electrical certifications is frequently required.

Roles and Responsibilities

• Help engineers in the design and setup of robotics.
• Assemble or construct robotic devices or systems.
• Complete maintenance, whether corrective or preventive.
• Robots or components must be disassembled, repaired, and reassembled.
• Perform tests and keep track of the procedures and outcomes.
• Install, program, and repair controllers, tools, conveyors.
• Inspect installation locations and provide robotics training to operators.
• Path programming and/or computer software development.

How to Become a Robotics Programmer?

A two-year program to get an associate’s degree in electrical engineering technology or mechanical engineering technology is commonly required to enter the area of robotics programming. Computer programming and integration, motion programming, and conveyor systems should all be covered in-depth in studies.

Popular Robotics Programming Jobs

While many graduates of bachelor’s degree programs in robotics go on to pursue master’s and doctoral degrees, others choose to enter the field right away. Graduates of bachelor’s degree programs have a variety of career opportunities, including:

• Controls and robotics specialist
• Robotics engineer
• Robotics research assistant
• Robotics technical representative
• Robotics technician
• Robot operator
• Coding specialist

Graduates with a Ph.D. in robotics may find work in fields such as computer technology, military research, and biotechnology research. Private high-tech corporations think tanks, government agencies, and universities all hire Ph.D. program graduates for jobs such as:

• Robotics professor
• Assistant professor
• Electro-mechanical engineer
• Research scientist
• Robotics engineer
• Software engineer

Average Salary

Based on 24 profiles, employees who know Robot Programming earn an average of ₹16 lakhs per year, with most salaries ranging from ₹10 lakhs to ₹33 lakhs per year. The top ten percent of employees earn more than ₹20 lakhs per year.

The post Want to Become a Robotics Programmer? Here’s All You Need to Know. appeared first on Analytics Insight.

These collaborative robots can safely work alongside humans.

Artificial intelligence and robotics have become so familiar to us that we have some of these elements in our daily lives. For example, the voice assistants and connected devices at our homes have all a tinge of these disruptive technologies. It would have been impossible to get here without them. In such a scenario, another technological innovation taking the stage is cobots, which are collaborative robots. According to reports, the global collaborative robots market size is expected to reach US$11,684.7 million by 2027, growing at a CAGR of 42%.

Cobots are robots that can work efficiently and safely alongside humans. They have in-built sensors and can easily learn from demonstrations. It can be deployed across different industries to perform various tasks. Here is a list of the top 7 cobots available in the market in 2021.

1. APAS

The German Trade Association has certified APAS as an inherently safe collaborative robot. Automatic production Assistant or APAS is capable of efficient human-robot collaboration. They are simple to use and quick to deploy. Covered with sensitive skin, APAC cobots can sense an impact and stop immediately by ensuring safety. APAS was introduced to the market in 2014 and still serves a lot of industries with more efficiency.

2. YuMi

This cobot by ABB and efficiently works along with humans without any barriers. This is a dual-arm robot and is able to work on the same task as humans and can accurately handle things ranging from a needle to a computer. YuMi consists of cameras, a two-finger parallel gripper, and a suction cup to enhance the functionality. It is very easy to program.

3. Franka Emika Panda

Franca Emika Panda is a collaborative robot system that includes a robotic arm and its control. This cobot comes with a payload of 3kg and consists of a wrist camera, 7DOF with torque sensors, a two-finger gripper, and an intuitive PC interface. The torque sensors in the arm enable stiffness and compliance. Its robotic arm has a human touch sense, is easy to program and set up, and has a direct user interface called Pilot.

4. Aubo i5

This is a cobot with a 5kg payload and is efficient for pick and place applications. Aubo i5 is also capable of machine tending, screwing, marking, and other applications. It has an advanced design and can be programmed using ROS. They are easy to move with a smaller footprint and have a great competitive edge, and also reduce production costs. It can be deployed in the manufacturing sector, wherein it can unburden humans from doing harmful and repetitive tasks.

5. Aura

A product from Comau an industrial manufacturer, Aura is a collaborative robot with an advanced use robotic arm with six safety levels and a modular approach. It can be used in a variety of tasks in collaborative mode and can also be switched to a non-collaborative mode with high speed. It has powerful proximity sensors, high 170 kg payload, a powerful collision avoidance system, and enables users to mount the robot upside-down. Aura has a fully collaborative hollow wrist and collision avoidance system that can be used on the cobot and the tools.

6. NEXTAGE

It is a cobot produced by Kawada industries. This humanoid robot can move easily and has a standard specification that includes an image recognition system. It has two robotic arms with six axes and can perform highly complex tasks. It comes with a 2D wrist camera and the motors are constricted to 80W to make it safer.

7. CORO

This collaborative robot is developed by Life Robotics and was introduced in 2016. The main feature of CORO is its telescopic arm and it allows the user to remove one joint while retaining the versatility in cases where they have to reach different areas. Its main applications include pick and place, cosmetics, logistics, and the food industry. It has a payload of 2kg. It can be programmed through demonstration and is sold in the Asian market.

The post Top Collaborative Robots in the Market This Year appeared first on Analytics Insight.

If you don’t know self-driving boats can be the future, read more.

Today we’re all acquainted with the concept of self-driving vehicles. Self-driving cars are the next future we are waiting to use extensively, and the tools needed to make them are being continuously innovated by some of Silicon Valley’s greatest tech firms. The development and testing of self-driving vehicles have seen significant improvement lately. In any case, engineers are working towards different sorts of self-ruling vehicles as well – including some that run on water. We are talking about self-driving boats.

Scientists at the Massachusetts Institute of Technology, MIT, are working on one such project. The developers have been creating autonomous water vehicles, which they call “roboats.” The word is a blend of “robot” and “boat.”

The project started in 2016 aims at making a group of boats to ship goods and people along the streams of Amsterdam. The Dutch capital has been known as the world’s “most watery city” due to its huge network of canals.

In an update to a five-year project from MIT’s Computer Science and Artificial Intelligence Laboratory (CSAIL) and the Senseable City Lab, scientists have been fostering the world’s first fleet of self-driving boats for the City of Amsterdam, the Netherlands, and have also added another, bigger vessel to the group: “Roboat II.” Now sitting at 2 meters in length, which is approximately 6 feet, Covid-friendly, the new robotic boat is fit for carrying passengers.

Self-driving boats have been able to move little things for quite a long time, yet adding human travelers has felt fairly immaterial because of the current size of the vessels. Robot II is the “half-scale” boat in the growing body of work and joins the recently evolved quarter-scale Roboat, which is 1 meter long. The third installment, which is under development in Amsterdam and is viewed as “full scale,” is 4 meters in length and intends to carry around 4-6 passengers.

The team says it planned its self-ruling framework to include separate boats working together. For instance, Roboat II vehicles can link up in bigger groups guided by a head boat. The follower boats can go close to the head boat, before it or toward its rear. This capability can enormously expand the possibilities of self-driving vehicles meant to ship goods.

However, this is not just one project aimed at building self-driving boats, there are plenty in the market. There is no human onboard Artemis Technologies’ self-cruising cat, for instance, with its 50-knot top speed. The Belfast-based organization has based its plan for a 45m-long Autonomous Sailing Vehicle (ASV) on technology created for the 2017 America’s Cup.

Then we have the ‘Boat in a Box’ Autonomous Navigation System – Genesis created by Sagar Defence Engineering in India to keep terrorism activities through coastal lines at bay. It utilizes AI to achieve a repetitive and quantifiable marine assignment more credible than direct human control. Genesis is a forward-looking self-sufficient innovation, which has AI-empowered advanced control systems for a wide range of boats and ships that increase operational safety, proficiency, and productivity on the water.

BEN is another approx 13 feet in length and a splendid banana yellow self-driving boat. It is packed with a tower of cameras, antennas, and other significant sensors where an individual would typically sit, and a variety of computers pressed inside.

Understudies at Denmark’s Arctic Research Center, part of Aarhus University, have likewise been fostering a self-driving boat like BEN to explore ocean currents close to icebergs and glaciers, which present risks for larger crewed vessels. Further, there’s a cutting-edge project to assemble fleets of wind-powered boats, called Saildrones that could meander oceans in fleets for quite a long time at a time.

Another organization, SeaMachines, showed a self-ruling firefighting boat in 2018, and an autonomous oil spill skimmer in 2019. The organization said it’s presently trying its navigation assistance and perception technology on an A.P. Moller-Maersk holder transport, where it bodes well to expand the team’s capacity to securely navigate a busy port than automating them out of presence.

There is likewise a growing number of self-driving boats smaller in size that can accumulate a wide range of information. These comprise the Wave Glider from Liquid Robotics, a 3.05m craft that creates the power to work from 192W of solar panels and a submarine component that harvests wave movement.

The post Roboats: Make Way for Self-driving Boats appeared first on Analytics Insight.

Analytics Insight presents some of the top popular films and TV shows based on robots.

It is unbelievable that the first-ever film based on robots was released in 1927 known as Metropolis while the first-ever real-life commercial, digital and programmable robot was built in 1954. It is amazing how films, TV shows, and reality are interdependent with a sole purpose in the entertainment business. Childhood is all about watching sci-fi films and wondering how the future will look with the presence of these amazing robots. Now that future is here! Indeed the emergence of AI and machine learning algorithms is producing multiple numbers of robots to boost productivity worldwide. The entertainment business may have an influence on aspiring robotics engineers to deal with robots at the workplace. Let’s look at some of the top popular films and TV shows based on robots for a comfortable binge-watching session.

• TOP COLLABORATIVE ROBOTS IN THE MARKET THIS YEAR
• TOP INTERACTIVE AI ROBOTS TO LOOK OUT FOR ON AMAZON IN 2021
• 10 SCI-FI NOVELS ABOUT ARTIFICIAL INTELLIGENCE & ROBOTS FOR CURIOUS MINDS
• BRITISH SURGICAL ROBOTS ORGANIZATION IS THE FIRST IN THE WORLD TO TEST HEALTH DATA IN GLASS
• FOR BEGINNERS: TOP ROBOTIC COURSES TO SHAPE YOUR CAREER IN 2021

Top Popular Films and TV Shows Based on Robots

Battlestar Galactica

Battlestar Galactica is one of the popular TV shows based on robots from 2004 to 2009. It is created by Glen A. Larson and Ronald D. Moore with 8.7 stars out of 10 on IMDb. This TV show focuses on the tension and war between humans and robots with the presence of sole survivors of a devastating nuclear attack by the robot Cyclons. The Cyclons launched a sudden sneak attack on the Colonies that started the chronicle journey of the last human survivors with many twists and turns. This show does not have any humanoid aliens but the antagonists are man-made Cyclon androids.

Humans

Humans are a British-American TV show based on robots that have received 8 stars out of 10 on IMDb. It is a sci-fi show with a strong narrative structure written by Sam Vincent and Jonathan Brackley. It is based on the Swedish sci-fi drama “Real Humans” that explores AI and robots including the social, cultural as well as psychological effect of the invention of anthropomorphic robots known as Synths. Synth is a highly-developed robotic servant that transforms the lives of people with some life-changing decisions. This TV show offers an emotional intrigue as well as thought-provoking suspense for the audience.

Small Wonder

Small Wonder is created by Howard Leeds that aired from 1985 to 1989 as an American comedy sci-fi TV show. It embarks on the journey of a family of a robotics engineer who secretly created a human girl-centric robot as an adopted daughter known as Vicki. This robot show became so popular that it had been dubbed in multiple languages. Vicki also stands for Voice Input Child Identicant and shows some amazing features such as superhuman strength and speed, an AC outlet under her right arm, a data port under the left arm as well as an access panel in her back. This TV show offers the humorous journey of the robot’s attempts to learn about all types of human behaviors.

Chappie

Chappie is another American dystopian sci-fi film based on robots written by Blomkamp and Terri Tatchell. This film is based on an AI law enforcement robot, known as Chappie that was kidnapped and taught amazing life lessons by several gangsters in Johannesburg. An updated programming software was installed into Chappie that responded with childlike trepidation leading to a thriller journey for the audience. Chappie has received mixed reviews as well as 6.8 stars out of 10 on IMDb.

Robot and Frank

Robot and Frank is an American sci-fi comedy-drama based on a domestic robot directed by Jake Schrier in 2012. The plot is based on an ex-jewel thief, Frank Weld, suffering from mental deterioration and dementia whose son bought a domestic robot companion to be with him. This robot is fully programmed to provide therapeutic care including a fixed routine with cognition-enhancing activities such as gardening. Later on, Frank discovered that the robot cannot distinguish between legal recreational activities and criminal ones. Thus, this sci-fi film with 7.1 stars on IMDb shows the journey of the robot and Frank in multiple adventurous heists.

I Am Mother

I Am Mother is a 2019 Netflix-based mystery and thriller sci-fi film completely based on a maternal robot that raised a teenage girl to repopulate the Earth in the wake of humanity’s extinction. The plot of this robot-centric film is placed in the dystopian future with psychological paradox and has received 6.7 stars on IMDb. It is directed by Grant Sputore and written by Michael Lloyd Green who created a slow and tense robotic film about how AI should be loved and feared simultaneously.

I, Robot

I, Robot is another popular sci-fi film based on highly intelligent robots in public service positions in the dystopian world of 2035. The robots work under three rules to keep humans safe for the welfare of society. The film showed the prominent presence of VIKI (Virtual Interactive Kinetic Intelligence) and several NS-5 robots. The plot depicts a thriller journey of a robot-hatred cop who is investigating a crime scene where the potential murderer can be an NS-5 robot but it leads to a larger threat to humanity with action sequences between humans and robots. IMDb has given a score of 7.1 stars out of 10.

The post Top Popular Films and TV Shows Based on Robots appeared first on Analytics Insight.

The Hong Kong team behind renowned humanoid robot Sophia is launching a new prototype, Grace, aimed at healthcare, to engage with the elderly and those who are isolated from the COVID-19 pandemic.

Grace is dressed in a blue nurse’s uniform and has Asian features, collar-length brown hair, and a thermal camera in her chest to take your temperature and measure your responsiveness. She can diagnose a patient using artificial intelligence and speaks English, Mandarin, and Cantonese.

According to the report, “I can visit with people and brighten their day with social stimulation, but can also do talk therapy, take bio readings and help healthcare providers,” Grace told Reuters as she stood next to her “sister”, Sophia, in creator Hanson Robotics’ Hong Kong workshop.

Grace’s resemblance to a healthcare professional and capacity for social interaction is aimed at relieving the burden of front-line hospital staff overwhelmed during the pandemic, said founder David Hanson.

Grace’s launch comes as the global impact of the coronavirus has made the need for humanoid robots urgent, said Kim Min-Sun, a communicology professor at the University of Hawaii.

Stuck at home during COVID-19 lockdowns, many people have had their mental states affected by negative thoughts.

“If they can get help through the deployment of these social robots in intimate settings, certainly it will have a positive impact on society,” she said.

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Robots are by far the most efficient use of modern science. Robots not only reduce human labor but also execute error-free activities. Many businesses are expressing an interest in robotics. Automated machines have gained popularity in recent years. Keeping the situation in mind, we shall discuss robotic computer languages.

So, in order for robots to do tasks, they must be programmed. Robot programming is the process through which robots acquire instructions from computers. A robotic programmer must be fluent in several programming languages. So let’s get started.

Top Robotic Programming Languages

There are about 1500 robotic programming languages accessible worldwide. They are all involved in robotic training. In this section, we will go through the top programming languages accessible today.

1. C/C++

The easiest way to get started with robotics is to learn C and C++. Both of these are general-purpose programming languages with almost identical features. C++ is a modified version of C that adds a few features. You should now see why C++ is the most popular robotic programming language. It enables a low-level hardware interface and delivers real-time performance.

C++ is the most mature programming language for getting the greatest results from a robot. C++ allows you to code in three different ways. The Constructor, Autonomous, and OperatorControl methods are among these. In this constructor mode, the initializing code runs to build a class. It will execute at the start of the program in this scenario.

It aids in the initialization of sensors and the creation of other WPILib objects. The autonomous approach guarantees that the code is executed. It only works for a set amount of time. The robot then moves on to the teleoperation section. The OperatorControl technique is used in this case.

2. Python

Python is a powerful programming language that may be used to create and test robots. In terms of automation and post-process robotic programming, it outperforms other platforms. You may use this to build a script that will compute, record, and activate a robot code.

It is not necessary to teach anything by hand. This enables rapid testing and visualization of the simulations, programs, and logic solutions. Python uses fewer lines of code than other programming languages. It also includes a large number of libraries for fundamental functions. Python’s primary goal is to make programming easier and faster.

Any item can be created, modified, or deleted. In addition, we may code the robot’s motions in the same script. All of this is accomplished with very little code. Python is among the finest robotic programming languages as a result of this.

3. Java

Java is a programming language that enables robots to do activities that are similar to those performed by humans. It also provides a variety of APIs to meet the demands of robots. Java has artificial language characteristics to a high degree.

It enables you to construct high-level algorithms, searching, and neural algorithmic algorithms. Java also allows you to run the same code on many computers.

Java is not built into machine code since it is an interpretative language. Rather, in execution, the Java virtual computer interprets the commands. Java has become quite popular in the field of robotics as a result of this. As a result, Java is preferable to alternative robotic programming languages. Java is used by modern AIs such as IBM Watson and AlphaGo.

4. .NET

Microsoft’s .NET programming language is used to create apps with Visual Studio. It provides a good basis for anyone interested in pursuing a career in robotics. .NET is primarily used by programmers for port and socket development.

It supports various languages while allowing for horizontal scaling. It also offers a uniform environment and makes programming in C++ or Java easier. All of the tools and IDEs have been thoroughly tested and are accessible on the Microsoft Developer Network.

In addition, the merging of languages is smooth. As a result, we can confidently rank this among the best robotic programming languages.

5. MATLAB

In robotic engineering, MATLAB and its open-source cousins like Octave are extremely popular. In terms of data analysis, it is considerably ahead of many other robotic computer languages. MATLAB is not really a programming language in the traditional sense. Yet, engineering solutions based on complex mathematics can be found here.

Robotic developers will learn how to create sophisticated graphs using MATLAB data. It is quite helpful in the development of the complete robotic system. It also aids the development of deeply established robotic foundations in the robot business. It’s a tool that lets you apply your methods to simulate the outcome. Engineers may use this simulation to fine-tune the system design and eliminate mistakes.

There have been cases when MATLAB has been used to build a complete robot. As a result, it must be included among the top ten languages. Kuka kr6 is one of the greatest instances of MATLAB application. MATLAB was also used to create and simulate this robot by the developers.

6. Lisp

One of the first robotic computer languages was Lisp. It was introduced to the market to allow computer applications to use mathematical terminology. Lisp is an AI domain that is mostly used for creating Robot Operating Systems.

Tree data structures, automated storage management, syntax highlighting, and elevated-order characteristics are among the features available. As a result, it is simple to use and aids in the elimination of implementation mistakes after an issue have been identified.

This problem-solving procedure takes place at the prototype stage, not the manufacturing stage. It also includes capabilities like the read-eval-print loop and self-hosting compilation.

7. Pascal

One of the earliest programming languages to hit the market was Pascal. It’s still quite useful, especially for newcomers. It is based on the Fundamental programming language and teaches excellent programming skills. Pascal is being used by manufacturers to create robotic programming languages.

ABB’s RAPID and Kuka’s KRL are two examples. Nevertheless, most developers consider Pascal to be obsolete for everyday use. They’ve also highlighted its significance for newcomers.

It will assist you in learning other robot programming languages more quickly. This is only recommended for complete novices. When you’ve gained some expertise in robotics programming, you can transition to another language.

Conclusion

And it’s a wrap. We hope that you found this article helpful regarding robotic programming languages. We’ve covered all of the pros and cons of the top robotic programming languages. You can choose the most appropriate language for your needs. Even now, robotics has a promising future. So now is the ideal moment to get started.

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