MAHRU & AHRA are humanoid robots design and developed by KIST. Unlike other robots such as ASIMO , they can obtain artificial intelligence from certain networks. [ 1 ] They made public appearances around in South Korea.

2010年4月27日 · Mahru, an advanced humanoid robot developed by the Korea Institute of Science and Technology and Samsung Electronics, knows its way around a kitchen. In a demonstration, the robot popped a snack ...

2010年1月20日 · 韩国科学家近期研制出了一个名为“Mahru-Z”的智能机器人女佣，她能帮助主人打扫房子、将衣服倾倒进洗衣机、用微波炉加热食物等。

Mahru-Z有1.3米高、55公斤重，她的头部可以转动并有6根手指和三维视觉功能，这让它能分辨人和不同的家务任务。 她能帮助主人打扫房子、将衣服倾倒进洗衣机、用微波炉加热食物等。

Mahru is a full-size humanoid robot capable of walking and performing various household tasks. It can operate autonomously, or you can control it in near-real-time using an inertial motion-capture suit.

This handout combination of pictures released by the Korea Institute of Science and Technology(KIST) shows Mahru, a new robot, dancing in the institute's showroom in Seoul. The robot can move its lips, eyebrows and even pupils freely to make faces and can emit two kinds of fragrances to match its emotions.

2010年4月27日 · Developed at the Korea Institute of Science and Technology (KIST), the humanoid robot Mahru can be controlled in real time by a human operator wearing a moti...

Mahru-Z is compelling because it created the market for working service robots that can live and interact with humans. Utilizing its real-time remote control technology, Mahru-Z can be used under conditions that are too difficult or dangerous for humans.

2007年11月29日 · Abstract: This paper presents a new biped humanoid robot Mahru III (150cm, 62Kg) developed by Samsung Electronics Co., Ltd in 2007. The ultimate goal of this project is to design biped humanoid robots connected to a wireless network environment so that they can be used in our daily life.

2011年6月1日 · This study introduced a mobile humanoid robot platform that can execute various service for humans in everyday environments. As a service humanoid robot, the robot MAHRU-M was developed. For stable and speedy operation, the robot adapted a dual-network control system combines the two communication protocols IEEE 1394 and CAN.