Doctor with specific expertise in Virtual Reality (VR), Artificial Intelligence (AI), and Computer Vision

His research portfolio includes the development of affective and engaging virtual agents, foveated imaging for 360-degree video, and image stitching, demonstrating his ability to create immersive experiences and intelligent human-computer interactions. His expertise will open new research directions for VIPReS, particularly in immersive geospatial data visualization, such as representing flood data or land-use changes within VR environments, and the development of digital twins for environmental simulations. His contributions will serve as a bridge between 2D/3D data analysis from remote sensing and interactive, immersive applications.

Recent Research Contributions

Engaged and Affective Virtual Agents: Their Impact on Social Presence, Trustworthiness, and Decision-Making in the Group Discussion

Planar-Equirectangular Image Stitching

Image-to-Image Steganography with Josephus Permutation and Least Significant Bit (LSB) 3-3-2 Embedding

The local innovation perspective: Development of mobile-herbal service for Indonesia’s mobile cellular market

Shuttlecock flight trajectory modeling and analysis using linear and neural network ARX

Pengembangan dan Evaluasi Agen Virtual dengan Model Generasi Gestur berbasis Aturan Sederhana