Small assistant for big tasks! PROGRAMMABLE HIGH-LEVEL EDUCATIONAL ROBOT
ARTIFICIAL INTELLIGENCE MEETS ROBOTICS
Alpha Mini has a range of capabilities that let you explore revolutionary combinations of artificial intelligence and robotics.
Speech Intelligence Alpha MINI can recognise speech and respond accordingly. It does this using automatic speech recognition (ASR), natural language processing (NLP) and text-to-speech (TTS) technologies. The microphone records the spoken words, which the AI imports as text, and after processing this data, produces a response, which is then re-converted into text and played back through the speakers.
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Vision Intelligence The MINI is equipped with a 13 megapixel camera. The vision, recognition and processing process is based on image recognition of objects and targets, and a built-in knowledge library helps the robot to react quickly and appropriately.
Movement Intelligence The Alpha MINI's motion control relies on artificial intelligence such as walking algorithms, condition detection and correction. So if Alpha MINI falls down, it will automatically get up.
Fields of use Teaching assistant
- Alpha MINI is the teacher, but in a small way. Because it can talk and behave like a human. - Students can communicate with Alpha MINI in several ways. - Alpha MINI can help you demonstrate, explain or lecture, so everyone in the classroom is guaranteed to pay attention.
AI Education
- Alpha MINI supports multiple layers of AI technology, based on AI-based curriculum. This allows students to develop their other skills in addition to learning AI.
Research and develop
- Alpha MINI provides an open interface for secondary sources - Instructors can assign Alpha MINI's actions/sound/content to different topics - Educational institutions can customise the features according to the curriculum
AI educational features
More Skills: combine Blockly, Scratch, Python and JavaScript programming languages with the curriculum to strengthen students' technical skills!
Multiple dimensions: speech, computer vision, robotic motion and other AI-related perspectives are covered, so students can understand AI technology from multiple perspectives.
Multiple layers: from the modelling and neuroscience layer to the AI-enhanced layer, a specific curriculum can be created for students from different academic backgrounds.
Multiple approaches: a "learn + build" approach to education lets students learn, practice AI technology and develop their innovation skills.