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Changes for page Social Robot

Last modified by Scott Jochems on 2025/03/30 14:25
From version 2.1
edited by Scott Jochems
on 2025/02/25 14:37
Change comment: There is no comment for this version
To version 5.1
edited by Scott Jochems
on 2025/02/27 16:13
Change comment: There is no comment for this version

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1 +=== The Navel robot ===
2 +
3 +The Navel robot is designed to form meaningful bonds with humans. Its childlike and friendly design along with the expressive digital eyes, speech and facial recognition make it an excellent robot to form bonds with humans. However it's childlike appearance may cause a lack of faith in the robot's capabilities in a kitchen environment. It also does not offer a built-in touchscreen, limiting its use as a recipe selecting device.
4 +
5 +=== The Nao ===
6 +
7 +The Nao robot is a lightweight, small robot. It can easily be moved from one part of the kitchen to the other. It is fully programmable and offers a lot of freedom in the implementation. However, just as for the Navel robot, it's childlike appearance may cause a lack of faith in the robot's capabilities in a kitchen environment, and it also does not offer a built-in touchscreen, limiting its use as a recipe selecting device. Its small size can also be tricky to use as the robot must position itself in a way where it can see the cooking progress.
8 +
9 +=== The MiRo-E ===
10 +
11 +The MiRo-E robot makes an excellent companion with its disarming biomorphic appearance. It's lack of screen and limited camera functionality make it a poor fit for a cooking environment.
12 +
1 1  === The Pepper robot ===
2 2  
3 3  The pepper robot was chosen due to multiple reasons. Its chest-mounted touchscreen provides an excellent display for showing recipes and the steps that need to be taken. It also offers an excellent tool for selecting recipes by allowing the user to scroll through them. Since the robot serves as a cooking assistant, the PwD needs to trust the robot to understand safety. The childlike and animal designs of the other robots could cause a lack of trust in the robot among the PwD. The wheeled base and multiple cameras allow the pepper robot to move around the kitchen and keep an eye on the cooking progress. Its gesture recognition capabilities could prove useful when monitoring cooking steps. See the table below for a comprehensive comparison between the Navel, Pepper, Nao, and MiRo-E robots.
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4 4  
5 5  === Comparison Table ===
6 6  
7 -| |Navel|Pepper|Nao|MiRo-E
8 -|Height|72 cm|120 cm|58 cm|40 cm
9 -|Weight|8 kg|28 kg|5.4 kg|exact weight unknown but lightweight
10 -|Design Style|Humanoid, childlike & friendly|Humanoid, sleek & futuristic|Humaniud, childlike|Biomorphic (looks like a dog)
11 -|Facial Features|Large, expressive digital eyes|Large black LED eyes|LED eyes and a speaker "mouth"|Large, round eyes & movable ears
12 -|Display/Screen|No screen|Chest-mounted touchscreen|No screen|No screen
13 -|Arms & Hands|No arms|Two arms with articulated fingers|Two arms with three-fingered hands|No arms
14 -|Mobility|Wheeled base|Wheeled base|Fully articulated legs (can walk)|Wheeled base
15 -|Main interaction mode|Speech, facial expressions, movement|Speech, touchscreen, gestures|Speech, gestures, movement|Sound, movement, touch sensors
16 -|Speakers|Yes, built-in for conversation|Yes, high-quality stereo speakers|Yes, high-quality speakers|Yes, high-quality speakers
17 -|Microphones|Multiple, for speech recognition|4 directional microphones (360 degree sound detection)|4 directional microphones|Multiple microphones for detecting sounds
18 -|Cameras|3D cameras in head for facial recognition|Two HD cameras (forehead & mouth) for object & face tracking|Two HD cameras for visual recognition|Front-facing camera for object and face detection
19 -|Touch sensors|no touch sensors|Touch sensors on head and hands|Touch sensors on head, hands and feet|Full-body touch sensors
20 -|Lidar/Depth sensors|No lidar|Lidar and sonar for obstacle avoidance|Infrared and ultrasonic sensors for navigation|Sonar sensors for environment mapping
21 -|Proximity Sensors|Basic proximity detection|Multiple sensors fro detecting obstacles and movement|Advanced proximity sensors for avoiding collisions|Proximity sensors for interacting with users
22 -|Gyroscope/IMU|no advance motion sensors|6 axis IMU for balance|IMU & accelerometer for walking stability|IMU and gyroscope for smooth movement
23 -|Unique features|Highly expressive digital face|Touchscreen for interaction and recognizes emotions, dances, and gestures|Fully programmable, advanced motion capabilities|Animal-like responses, reacts to touch
19 +| |**Navel**|**Pepper**|**Nao**|**MiRo-E**
20 +|**Height**|72 cm|120 cm|58 cm|40 cm
21 +|**Weight**|8 kg|28 kg|5.4 kg|exact weight unknown but lightweight
22 +|**Design Style**|Humanoid, childlike & friendly|Humanoid, sleek & futuristic|Humanoid, childlike|Biomorphic (looks like a dog)
23 +|**Facial Features**|Large, expressive digital eyes|Large black LED eyes|LED eyes and a speaker "mouth"|Large, round eyes & movable ears
24 +|**Display/Screen**|No screen|Chest-mounted touchscreen|No screen|No screen
25 +|**Arms & Hands**|No arms|Two arms with articulated fingers|Two arms with three-fingered hands|No arms
26 +|**Mobility**|Wheeled base|Wheeled base|Fully articulated legs (can walk)|Wheeled base
27 +|**Main interaction mode**|Speech, facial expressions, movement|Speech, touchscreen, gestures|Speech, gestures, movement|Sound, movement, touch sensors
28 +|**Speakers**|Yes, built-in for conversation|Yes, high-quality stereo speakers|Yes, high-quality speakers|Yes, high-quality speakers
29 +|**Microphones**|Multiple, for speech recognition|4 directional microphones (360 degree sound detection)|4 directional microphones|Multiple microphones for detecting sounds
30 +|**Cameras**|3D cameras in head for facial recognition|Two HD cameras (forehead & mouth) for object & face tracking|Two HD cameras for visual recognition|Front-facing camera for object and face detection
31 +|**Touch sensors**|no touch sensors|Touch sensors on head and hands|Touch sensors on head, hands and feet|Full-body touch sensors
32 +|**Lidar/Depth sensors**|No lidar|Lidar and sonar for obstacle avoidance|Infrared and ultrasonic sensors for navigation|Sonar sensors for environment mapping
33 +|**Proximity Sensors**|Basic proximity detection|Multiple sensors fro detecting obstacles and movement|Advanced proximity sensors for avoiding collisions|Proximity sensors for interacting with users
34 +|**Gyroscope/IMU**|no advance motion sensors|6 axis IMU for balance|IMU & accelerometer for walking stability|IMU and gyroscope for smooth movement
35 +|**Unique features**|Highly expressive digital face|Touchscreen for interaction and recognizes emotions, dances, and gestures|Fully programmable, advanced motion capabilities|Animal-like responses, reacts to touch
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