software engineering
software engineering
computer graphics
Galaxian Spinoff
A modern take on the classic arcade game Galaxian, reimagined in 3D using computer graphics techniques.
Galaxian Spinoff
A modern take on the classic arcade game Galaxian, reimagined in 3D using computer graphics techniques.
Galaxian Spinoff
A modern take on the classic arcade game Galaxian, reimagined in 3D using computer graphics techniques.
Galaxian Spinoff
A modern take on the classic arcade game Galaxian, reimagined in 3D using computer graphics techniques.
Galaxian Spinoff
A modern take on the classic arcade game Galaxian, reimagined in 3D using computer graphics techniques.
Galaxian Spinoff
A modern take on the classic arcade game Galaxian, reimagined in 3D using computer graphics techniques.
Galaxian Spinoff
A modern take on the classic arcade game Galaxian, reimagined in 3D using computer graphics techniques.
Galaxian Spinoff
A modern take on the classic arcade game Galaxian, reimagined in 3D using computer graphics techniques.
Galaxian Spinoff
A modern take on the classic arcade game Galaxian, reimagined in 3D using computer graphics techniques.
Galaxian Spinoff
A modern take on the classic arcade game Galaxian, reimagined in 3D using computer graphics techniques.
Galaxian Spinoff
A modern take on the classic arcade game Galaxian, reimagined in 3D using computer graphics techniques.
Galaxian Spinoff
A modern take on the classic arcade game Galaxian, reimagined in 3D using computer graphics techniques.
user studies
3D LFD Techniques
Conducted a user study to evaluate and compare different rendering techniques for 3D light field displays, focusing on visual quality and user perception.
Autonomous Vehicle-Pedestrian Interaction
Evaluated the safety and effectiveness of an autonomous vehicle system in interacting with pedestrians.
3D LFD Techniques
Conducted a user study to evaluate and compare different rendering techniques for 3D light field displays, focusing on visual quality and user perception.
Autonomous Vehicle-Pedestrian Interaction
Evaluated the safety and effectiveness of an autonomous vehicle system in interacting with pedestrians.
3D LFD Techniques
Conducted a user study to evaluate and compare different rendering techniques for 3D light field displays, focusing on visual quality and user perception.
Autonomous Vehicle-Pedestrian Interaction
Evaluated the safety and effectiveness of an autonomous vehicle system in interacting with pedestrians.
3D LFD Techniques
Conducted a user study to evaluate and compare different rendering techniques for 3D light field displays, focusing on visual quality and user perception.
Autonomous Vehicle-Pedestrian Interaction
Evaluated the safety and effectiveness of an autonomous vehicle system in interacting with pedestrians.
3D LFD Techniques
Conducted a user study to evaluate and compare different rendering techniques for 3D light field displays, focusing on visual quality and user perception.
Autonomous Vehicle-Pedestrian Interaction
Evaluated the safety and effectiveness of an autonomous vehicle system in interacting with pedestrians.
3D LFD Techniques
Conducted a user study to evaluate and compare different rendering techniques for 3D light field displays, focusing on visual quality and user perception.
Autonomous Vehicle-Pedestrian Interaction
Evaluated the safety and effectiveness of an autonomous vehicle system in interacting with pedestrians.
3D LFD Techniques
Conducted a user study to evaluate and compare different rendering techniques for 3D light field displays, focusing on visual quality and user perception.
Autonomous Vehicle-Pedestrian Interaction
Evaluated the safety and effectiveness of an autonomous vehicle system in interacting with pedestrians.
3D LFD Techniques
Conducted a user study to evaluate and compare different rendering techniques for 3D light field displays, focusing on visual quality and user perception.
Autonomous Vehicle-Pedestrian Interaction
Evaluated the safety and effectiveness of an autonomous vehicle system in interacting with pedestrians.
3D LFD Techniques
Conducted a user study to evaluate and compare different rendering techniques for 3D light field displays, focusing on visual quality and user perception.
Autonomous Vehicle-Pedestrian Interaction
Evaluated the safety and effectiveness of an autonomous vehicle system in interacting with pedestrians.
3D LFD Techniques
Conducted a user study to evaluate and compare different rendering techniques for 3D light field displays, focusing on visual quality and user perception.
Autonomous Vehicle-Pedestrian Interaction
Evaluated the safety and effectiveness of an autonomous vehicle system in interacting with pedestrians.
3D LFD Techniques
Conducted a user study to evaluate and compare different rendering techniques for 3D light field displays, focusing on visual quality and user perception.
Autonomous Vehicle-Pedestrian Interaction
Evaluated the safety and effectiveness of an autonomous vehicle system in interacting with pedestrians.
3D LFD Techniques
Conducted a user study to evaluate and compare different rendering techniques for 3D light field displays, focusing on visual quality and user perception.
Autonomous Vehicle-Pedestrian Interaction
Evaluated the safety and effectiveness of an autonomous vehicle system in interacting with pedestrians.

a bit about me
I'm Anuraag Jajoo, a masters student at NC State University studying computer science. My work revolves around designing intuitive and impactful solutions that bridge technology and human experiences, making complex systems accessible and user-friendly. Check out my resume.
I’m always open to collaborate or discuss ideas. Feel free to reach out for opportunities, feedback, or just a friendly chat! I like to do some photography in my free time which you can check out here.
I'm Anuraag Jajoo, a masters student at NC State University studying computer science. My work revolves around designing intuitive and impactful solutions that bridge technology and human experiences, making complex systems accessible and user-friendly. Check out my resume.
I’m always open to collaborate or discuss ideas. Feel free to reach out for opportunities, feedback, or just a friendly chat! I like to do some photography in my free time which you can check out here.
I'm Anuraag Jajoo, a masters student at NC State University studying computer science. My work revolves around designing intuitive and impactful solutions that bridge technology and human experiences, making complex systems accessible and user-friendly. Check out my resume.
I’m always open to collaborate or discuss ideas. Feel free to reach out for opportunities, feedback, or just a friendly chat! I like to do some photography in my free time which you can check out here.
more coming soon…
© 2024 Anuraag Jajoo. All Rights Reserved.
© 2024 Anuraag Jajoo. All Rights Reserved.
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