Ameca Humanoid: Artificial Intelligence has revolutionised the way people interact with technology. AI is being used in a variety of ways, from conversational chatbots powered by AI to AI for research and science.

The rapid development of AI has also influenced robotics, a field that is constantly expanding. There are now robots capable of being a creative assistant.

Ameca is one of the most advanced humanoid robotics in the world. It can even draw a cat. Engineered Arts is a UK-based company that designs and manufactures humanoid robotics.

Ameca, a humanoid robotic device that can draw pictures, is a product of Engineered Arts. Ameca has been equipped with Stable Diffusion by the company, giving it the ability to draw images.

Ameca was asked to draw a cat in a video that appeared on the official website of the company. Ameca drew the cat on canvas with skill and signed off. America’s biggest challenge was to convert images into lines or vectors so that Ameca could draw them.

How does Ameca Draw?

Ameca replied, “I create my drawings using the open-source neural networks project Stable Diffusion. Then, I can skeletonize and vectorize the drawing. Then I plot and draw the image onto my canvas using the trajectory.”

The narrator in the video asks Ameca if she can draw a cute cat. Ameca describes cats before drawing the cat. “Cats are special.

They always seem to know what we want, whether we are in need of a hug or a playful slap behind the ears. Ameca says, “They are always there for me,” as she begins the sketch.

Ameca, developed by the company, was released in 2021. It is equipped with microphones, cameras, and software for facial recognition. The latest addition to this humanoid is Stable Diffusion. This deep-learning model generates images using text prompts.

Ameca uses both GPT-3 as well as human telepresence to interact with humans. This includes motorised articulation of fingers, arms and neck.

The company had previously shown the world a humanoid that could express human emotions in a wide range of languages and was able to speak several.

What Does Humanoid Robotic Mean?

America’s drawing may not be on par with the best in the art world, but this is a sign that AI and robots will become more human-like.

Engineered Arts describes itself as a leading designer of humanoid robots for entertainment. Will Jackson founded the company, which claims to have more than 100 robots in use worldwide.

Stable Diffusion is a text-to-image model developed by Stability AI. It was launched in August of 2022.

The AI tool can create detailed images from text descriptions. It also can perform tasks like inpainting and outpainting and image-to-image translators using prompts.

What Are The Current Uses Of Humanoid Robots?

Humanoid robots have been introduced to the world. They are having a positive effect on industries such as logistics, manufacturing and healthcare.

Despite the fact that the use of humanoid robotics is limited and the development costs are high, the sector is expected to grow. According to Markets and Markets research, the humanoid robotic market will be worth $1.8 billion by 2023, and it is expected to grow to over $13 billion within five years.

Humanoid robots that have greater AI capabilities and more human-like features will fuel that demand and growth. They can perform more tasks in the service sector, education and healthcare.

With investors such as Jeff Bezos backing the partnership between AI robotics company Figure and OpenAI, we may see more complex humanoid-like robots sooner rather than later.

OpenAI is expected to adapt its GPT models for Figure’s robots under the agreement. The humanoid robots would then display greater capabilities and applications, which could accelerate Figure’s goal to potentially ship billions of robots around the world and change the look of the workplace.

What Are Humanoid Robots Used For?

• HospitalitySome humanoid robotic machines, such as Kime, pour and serve drinks and snacks to customers at self-contained kiosks throughout Spain. Some of them are working as hotel concierges or in customer-facing positions.
• Education Humanoid robots Nao and Pepper work with students to create content and teach programming.
• Healthcare: Other Humanoid Robots provide services in healthcare settings like communicating patient data and measuring vital signs.

Before companies can unleash humanoid robotics fully, they will need to conduct pilot programs to test their ability to work safely and collaboratively alongside humans on factory floors, in warehouses, and elsewhere.

Uncertain is how humans will accept humanoid robotics and their assistance. Some people may view the proliferation of robots in the workplace as scary, dangerous, or unneeded competition. However, many benefits could outweigh these perceived negatives.

Humanoid Robots will have a huge impact on our world, but fortunately, some are already here. We can learn from them. Here are some examples of top humanoid robotics in use today.

Here are the 5 Most Advanced Humanoid Robots 

SOPHIA

Hanson Robotics’ Sophia is the world’s most advanced humanoid robotics. She made her debut at the end of 2016 and has been captivating audiences around the globe.

Sophia is the first robot ambassador for the United Nations Development Programme and the first robot citizen in the world. She has appeared on the Tonight Show, Good Morning Britain and delivered speeches at hundreds of conferences around the world.

Sophia provides a framework to advance robotics and AI by allowing researchers to understand better human-robot interaction and the services and entertainment that they can provide.

Hanson Robotics of Hong Kong created Sophia in the likeness of the Hollywood actress Audrey Hepburn. Hanson Robotics wanted her to be a crowd manager at events or an elderly companion in nursing homes.

She is embedded with neural networks and artificial intelligence to be able to understand human gestures and emotions.

Sophia is a favourite of the public because she appears in high-profile events, interviews and other discussions all over the world.

ATLAS (BOSTON Dynamics)

Boston Dynamics developed Atlas in 2013. The main focus was on locomotion. First, the robot walked into a lab. Next, it walked on all types of unstable terrain and performed some sick Parkour moves.

The United States Defense Advanced Research Projects Agency launched Atlas. Atlas is able to perform other body movements similar to those of gymnasts.

It can avoid obstacles, bounce, and do somersaults. Atlas improves motion by using model-predictive control and depth sensors. Atlas uses two sensors, a Lidar module and a colour camera that produce a coloured point cloud.

AMECA (ENGINEERED ARTS)

Engineered Arts created Ameca in 2021, the most advanced and realistic humanoid robotic device. Ameca released its first video publicly on December 1, 2021.

It received a great deal of attention on Twitter as well as TikTok. The main purpose of the platform is to advance robotics technologies that involve human-robot interactions.

AMECA uses embedded microphones, binocular-mounted eye-mounted cameras and a chest camera to interact with the general public.

GPT-3, or human telepresence, can also be used to control interactions. Artificial limbs and ligaments, as well as sensor arrays, have been made using cutting-edge technologies.

NADINE (KOKORO)

Nadine is an empathetic robot created by Kokoro, a Japanese company, in 2013. She responds to greetings and makes eye contact. It also remembers comments and conversations.

She is a robot with a similar personality, emotions, and mood to a human. She was created using cutting-edge technologies to simulate human behaviour. Nadine is equipped with 3D depth cameras and microphones to collect audio and visual inputs.

Various perception layers process these inputs to identify faces, gestures and emotions. They also analyse the behaviour and provide appropriate responses.

She has created – chatbots that handle different queries, and also a model of memory to remember users and their conversations. Nadine speaks six languages fluently: English, Hindi, French, Japanese, Chinese and German.

ASIMO (HONDA)

ASIMO, or Advanced Step in Innovation Mobility, is a humanoid robotic device designed for search-and-rescue missions. It is able to recognize objects in motion, as well as gestures and the environment, as well as sounds, faces and voices.

Asimo’s two camera eyes on the head capture visual information to detect the movement and distance of multiple objects. ASIMO is able to distinguish between different sounds and voices, allowing it to identify its companions.

It can respond to questions by nodding, speaking in multiple languages and recognizing ten faces.

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