ICT 116 Quiz Number 3 BSIT 3A

Air-based gestures, like Kinect, utilize:

• Pressure sensors embedded in the screen.

• Voice commands and spoken instructions.

• Special gloves or wearable devices.

• Camera recognition and computer vision techniques.

Haptic technology provides:

• Enhanced audio quality for multimedia content.

• A more immersive experience in virtual reality environments.

• Tactile feedback through vibrations or forces on the body.

• A way to control interfaces without physical touch.

Shareable interfaces are designed for:

• Single-user tasks requiring focused attention.

• Multiple users to interact simultaneously.

• Presenting large amounts of data in a clear and concise way.

• Replacing traditional office meetings with virtual conferences.

Advantages of shareable interfaces include:

• Reduced hardware costs as fewer devices are needed.

• Limited screen space for each user when collaborating.

• Difficulty in establishing clear turn-taking during interactions.

• Supporting more equitable participation and a shared point of reference for users.

Tangible interfaces involve:

• Virtual objects manipulated on a computer screen.

• Voice commands and spoken instructions for hands-free interaction.

• Special gloves or wearable devices for air-based gestures.

• Physical objects linked to digital representations, causing digital effects.

Benefits of tangible interfaces include:

• Requiring less screen time and reducing eye strain.

• Facilitating collaborative exploration and problem-solving in a physical way.

• Encouraging passive consumption of information and entertainment.

• Providing a more sterile and futuristic user experience.

VoxBox is an example of a tangible interface used for:

• Controlling video game characters through physical movements.

• Designing 3D models and architectural structures.

• Replacing traditional textbooks with interactive learning experiences.

• Gathering opinions at events through playful interaction with physical objects.

Augmented reality (AR) superimposes virtual representations on:

• Standalone virtual reality headsets.

• Physical devices and objects in the real world.

• Large, interactive screens used for presentations.

• Haptic feedback devices worn on the user's body.

Mixed reality (MR) combines views of:

• Only the virtual environment, shutting out the real world entirely.

• The virtual world with a user's physical reflection superimposed on it.

• The real world with views of a virtual environment.

• Multiple virtual environments seamlessly blended together.

Potential applications of AR and MR include:

• Replacing traditional classroom learning with virtual simulations.

• Simplifying complex data visualization for easier interpretation.

• Providing a more immersive experience for social media interactions.

• All of the above (medicine, games, flying, everyday exploring).