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04 / RESEARCH UPDATES

Prof. Bilal - Research Questions


Q1. What is a Modality in AI?

What is a modality in AI? Give three examples of different modalities.

A specific format, type, or category of data in AI is termed a modality. Examples include text, images, or sound. It has to be in a form that an AI can process and understand.

  • Text: Written or spoken language structured as characters, words, and sentences
  • Images: Still visual content made of pixels — photographs, medical diagrams, etc.
  • Audio: Sound waves and acoustic data — human speech recordings

Q2. What is Multimodal Learning?

What is multimodal learning?

A teaching method that includes and combines different modes of learning. The goal is to improve the quality of learning experiences by matching learning modes to students' learning styles.

The multimodal learning approach uses a lot of multimedia — such as pictures, infographics, videos, lectures, texts, hands-on activities, and demos — to provide learning experiences with something for each learning style.

Q3. Real-World Applications

Where is multimodal learning used? Can you find one real application and identify the types of information it combines?

Multimodal learning and AI are used across healthcare, autonomous driving, education, and customer service to process and combine different types of data.

  • Healthcare: Analyzing X-rays alongside medical history notes
  • Autonomous Vehicles: Processing camera feeds, radar, and sound alerts
  • Education: Blending text, audio, and visual tools to teach students
  • Customer Support: Chatbots that handle voice, text, and images

Q4. What is Embodied AI?

What is embodied AI?

Embodied AI is a field of artificial intelligence where machine learning models are integrated into physical systems, allowing them to perceive, reason, and act directly within the real world. Examples include robots, drones, and cars.

Embodied AI refers to the integration of AI into physical systems, enabling them to interact with the physical world. These systems can include general robots, humanoid robots, autonomous vehicles, and even factories and warehouse facilities. The fusion of machine learning, sensors, and computer vision lets these systems perceive, reason, and act in real-world environments.

Q5. The Connection Between the Two

How are multimodal learning and embodied AI connected?

Multimodal learning and embodied AI are connected because multimodal learning provides the cognitive perception to interpret sensory inputs, while embodied AI provides the physical framework to act on those insights in the real world.