The humanoid robot Actroid was created by Osaka University. It has silicone skin and resembles a young Japanese child. Actroid has speech recognition software and can talk, blink, and mimic other basic human functions. It was displayed at the 2003 International…
Osaka University has developed an advanced human baby robot, named Affetto. This robot has realistic expressions and will help with studies about human cognitive development. It is a part of the JST ERATO Asada Project. Affetto can also help caregivers…
JST ERATO Asada Project developed a child robot called CB2. The purpose is to study cognitive development, social maturity, behavior, attitude and other personal stuff.
Hiroshi Ishiguro of Osaka University developed a humanoid mobile phone robot called Elfoid P1. Its cover has a human-skin feel and it represents the caller on the other line.
M3 Synchy stands for synchronized communication. This humanoid robot was developed to help scientists understand verbal and non-verbal communication. It has 17 degrees of freedom and is equipped with a CCD camera and 15 LEDs. M3 Synchy also has software…
The M3 Neony is a small robot designed to research a baby's fine motor skills. This robot, developed by Osaka University, can crawl and walk like a real baby. It has gyro and accelerometer sensors, video cameras and microphones. M3 Neony can detect when…
M3 Kindy is a humanoid robot developed by Osaka University. It is the size of a 5 year old child and can express a wide range of emotions. M3 Kindy was created to study the effects of parental communication. It responds to cognitive teaching and has speech…
Noby is a baby humanoid robot built to resemble a nine month old. It has soft urethane skin, 600 sensors for its sensor and motor functions and two cameras. Noby is connected to a powerful computer and was created by Yasou Kuniyoshi to help study the…
Pneuborn-13, Pneuborn-7ii's elder sister, explores the role of the musculoskeletal system in bipedal walking. Its knees and ankles are capable of flexion and extension.
Pneuborn-7ii is named for its pneumatic operation and resemblance to a 7-month old infant. It's used for research on the musculoskeletal system and motor development.
Osaka University and Kokoro Incorporated developed the Repliee Q1 which is a female android. It reacts to touches, flickers eyelids, appears to breathe and moves like a real human.