Tuesday, December 28, 2021

Nao Robot For Business And Educational Purposes


Nao Robot Blue

The NAO V6 robot is one of the world's most advanced humanoid robots. It's a self-driving robot that uses cutting-edge mechanical and software engineering to achieve its goals. It can recognize people's faces, detect their emotions, and listen, converse, and interact with them using it.

NAO can be programmed to execute a variety of tasks, but it was primarily created to stimulate human-machine interaction and development. In this issue of Revista de Robots, learn why NAO stands out for its features and ease of programming.

Aldebaran Robotics company, developed the NAO robot. SoftBank Robotics, a Japanese investment fund, has contributed to the project's development. One of the firms now marketing it is Alisys, a SoftBank official partner focused to providing breakthrough solutions in intelligent software. Here are some videos of Nao so you can appreciate its potential for yourself.

The NAO V6 STANDARD robot's uses and applications

The NAO robot is appropriate for children as young as seven years old, including kindergarten, elementary, middle, and high school students. The ability of NAO to recognize a person's mood and portray emotions such as grief, excitement, surprise, and fear is one of its most notable features.

The following are the advantages and benefits that Nao provides in its many utilities:

Nao is a humanoid robot that can interact with humans.

NAO's educational benefits include an increase in student participation, which has a direct impact on accomplishing academic goals. It enables them to combine theory and experience in projects. It promotes collaboration, problem-solving, and skill development. Programming is especially useful for scientific, mathematics, technology, and robotics engineering applications.

NAO research applications: The humanoid robot provides an ideal testing environment for theoretical and conceptual models, as well as software that supports multi-language programming and facilitates human-robot interaction.

Projects for special education: It is geared toward working with autistic and special needs children, with a focus on visual, verbal, and tactile engagement.

NAO's application in the home: It encourages youngsters and the elderly to learn about robotics. It can be used as an additional component at home, capable of narrating stories, motivating in the reminder of healthy behaviors, or just keeping an eye on the house.

Advantages of its application in businesses: Having cutting-edge technology allows you to have a positive impact on your consumers by providing them with a robot with whom they can communicate. It can also be used to promote the company's marketing initiatives.

Software for programming NAO robots

If you wish to learn how to program the NAO robot, we can assure you that it is rather simple to do so and that no prior programming experience is necessary. It includes software that allows you to use Windows, Linux, and Mac operating systems. It includes a graphical programming environment, simulation software, and a software development kit.

The software's programming language can be customized to suit any user, whether a youngster or an adult. You can program using the drag-and-drop block system, which also supports complex programming languages like:

C++, Python, Java, and MATLAB are examples of programming languages.

Nao's dimensions and technical characteristics

Nao weighs 4.3 kilograms and stands at a height of 58 cm, making it an ideal candidate for coexistence with humans. It can lift objects weighing up to 600 grams because to its prehensile fingers with tactile sensors on its hands.

A complex operating system called NAOqi controls the various aspects of NAO, such as sensors, motors, and software.

The Nao Robot v6's features, software, and dimensions, as well as how to program the NAO Robot

It has Wifi and can be linked in the office or at home using both WPA and WEP. Nao communicates with four microphones, speaks 19 languages, and can distinguish sound from any angle. It is equipped with two detection cameras that allow it to recognize items in its surroundings. It can pick itself up if it falls to the ground, thanks to its movable robotic arms.

After a few days, NAO recognizes the people it speaks with and can recall their names. The Nao robot (the most recent V6 Estádard) comes in numerous configurations with up to 25 degrees of freedom. The version utilized in the Robocup, for example, provides up to 21 degrees of freedom without the usage of actuated hands.

The inertial measurement unit, which includes a gyrometer, accelerometer, and four ultrasonic sensors, provides stability to the robot in all variants, while the leg versions include eight force detecting resistors and two stops.

Nao was able to perceive the world and interact with it thanks to its many sensors. It has 25 degrees of freedom, giving it the perfect amount of mobility and flexibility to go wherever it wants. Four microphones, two speakers, and two high-definition cameras are included in the collaborative robot.

How much does the NAO V6 robot cost?

If you want to purchase this adorable human-shaped robot to use in your business, health and social project, or educational robotics, you should be aware that it is pretty expensive. The NAO robot costs roughly 8,000 euros at the moment.

Keep in mind that NAO comes in a variety of hues and variants. If the NAO V5 version was red and blue, you may now get it in gray in the current V6. When you purchase it, you will receive the software license, an instructive manual, a carrying case, a two-year guarantee from the robot's manufacturer, and a docking station in two colors.

The Nao robot has a long and illustrious history.

Started in 2004 where they worked with the following versions: AL-01, AL-02, AL-03, AL-04, AL-05 A and AL-05 B. In August 2007, Nao replaced Sony's Aibo robot dog as the Robocup's standard platform.

A version of Nao was presented in 2008 that was designed for use in laboratories and institutions to aid with research and education. Nao was already available to the public by 2011, and it was being used in a variety of academic institutions around the world. This is the situation with the University of Tokyo and Saudi Arabia's King Fahd University of Petroleum and Minerals.

The Nao Next Gen, which featured a more powerful CPU, enhanced software, and high-definition cameras, was released in December 2011 by the developer robotics business. It also came with an anti-collision system, walked faster, and was more durable.

Hundreds of academic institutions around the world have relied on the NAO robot to utilize its technology in educational robotics since then and over the years.

In 2012, Nao robots were sent to a special school in the United Kingdom for use in teaching autistic children, and some of these children saw in the robot a youthful figure with expressions more relatable than human persons.


 Article Author Gerluxe Image: wikipedia

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