|Height||120 cm | 47.2 in|
|Length||42.5 cm | 16.7 in|
|Width||48.5 cm | 19 in|
|Weight||28 kg | 62 lb|
|Speed||3 km/h | 1.7 mph|
|Sensors||Head with two HD 5-megapixel cameras (mouth and forehead), 3D sensor (behind eyes), four microphones, and three touch sensors. Torso with gyroscope. Hands with two touch sensors. Leg/mobile base with two sonars, six lasers, three bumper sensors, and a gyroscope.|
|Actuators||20 DC motors|
|Power||30-Ah lithium-ion battery, 12 hours of operation|
|Computing||Intel Atom E3845 computer|
|Tablet||10.1-inch tablet on the robot's chest|
|Connection||Bluetooth, Ethernet, Wi-Fi|
|Software||NAOqi operating system|
|Choregraphe software development kit (SDK) and Pepper SDK for Android Studio|
|Degrees of freedom (DOF)||19 (Head: 2 DoF; Shoulder: 2 DoF x 2; Elbow: 2 DoF x 2; Wrist: 1 DoF x 2; Hand: 1 DoF x 2; Hip: 2 DoF; Knee: 1 DoF; Mobile base: 2 DoF)|
Robotics and its long-standing significance have led to studies of artificial intelligence, creating AI robots more frequently today. Robot applications appear in the military, medicine, exploration, and even entertainment, all to ease our lives. AI robots allow independent navigation, decision-making, and adaptability to varying conditions. Thus the need for methods involving navigation configuration, people interaction, and facing adversities that require complex semantics.
As a companion in homes, friendly humanoid Pepper can aid customers in retailing stores as it speaks, gesticulates, and maintains an outlook of making people smile. Pepper, a social robot, recognizes faces and makes sense of basic human emotions. It can also interact with humans and engage in conversions with the aid of its touch screen. Pepper is widely available in businesses and schools, where more than 2000 companies adopt it as an assistant in welcoming, informing, and guiding people in an advanced innovative way.
With its curvy design, Pepper is danger-free and offers a high level of user acceptance. It has 19 degrees of freedom, instigating natural and expressive movements. The head has 2 DoF, and each pair of shoulder elbow, hands, wrists, and hands also has 2 DoF. The other three are found on the knee and the mobile base. Pepper runs on actuator 20 DC motors, running on 30Ah Li-ion battery for an approximate 12-hr operation. Equipped with Computing Intel Atom E34845, this robot displays information and highlights messages and support speeches via its 10.1-inch tablet found on its chest. It has two speakers and can connect to Bluetooth, ethernet, and Wi-Fi.
Pepper can recognize 15 languages, including but not limited to English, French, Spanish, German, Italian, Arabic, Japanese, and Dutch.
At 120 cm height, Pepper perceives the environment and prompts a conversation when notices a person. With touch sensors, LEDs, and microphones, multimodal interactions become possible. The bumpers, infrared sensors, 2D and 3D cameras, and sonars allow for omnidirectional and autonomous navigation. The head has two HD 5-megapixel cameras in the mouth and forehead, 3D sensors behind the eyes, four microphones, and three touch sensors. The torso has a gyroscope, and the hands have two touch sensors. With its perception modules, it recognizes and interacts with people.
Human-robot interaction focuses on teaching robots from third-person observations of demonstrations to make it invariant and robust to the embodiment differences.
Impact of personally relevant robotic failures (PeRFs) which would reduce trust in robots and robots’ likeability and willingness to use more than failures that are not personal to the user.
New robotic exosuit could push the limits of human performance and lead to new wearable technologies for athletes and consumers