Suren Jayasuriya

Tone Mapping on Buried Targets Using Synthetic Aperture Sonar

Exploring the effects of tone mapping to uncover buried objects with applications in sea exploration, archeology, and defense.

Program: FURI

Effect of Ground Reflectance on Shadow-Based NLOS Drone Tracking Using Synthetic Outdoor Rendering

Improves shadow-based drone tracking for counter-UAV detection in environments without direct line-of-sight using synthetic data.

Program: FURI

Occlusion-induced Effects on Sonar Localization

Studying occlusion effects on acoustic sensing using a Convolutional Neural Network will allow for more effective seafloor exploration.

Program: FURI

Interpolating Missing Synthetic Aperture Sonar Measurements

Improved Synthetic Aperture Sonar interpolation will reveal ocean floors using limited measurements and under memory constraints.

Program: FURI

Using Batched Rays to Enable Higher Resolution Reconstruction of Computed Tomography Images

Using batched rays can enable higher-resolution reconstruction of computed tomography, or CT, images and democratizes the need for large GPUs.

Program: FURI

Violin Vibrato Video Imaging: A Novel Method to Generate Frequency Iterations Using Convolutional Neural Networks

Analyzing the interaction between the visual and audio aspects of a violin will allow for a better understanding of the violin and its sound.

Program: FURI

Analyzing Sensor Quantization of RAW Images for Visual SLAM

Developing energy-efficient localization and mapping methods will help low-power devices navigate.

Program: FURI

Lensless Cameras: Simulation and Prototype Development

Implementing hardware and software for a lensless camera system will improve privacy compared to current surveillance technology.

Program: FURI

Towards Autonomous Thermal Imaging Robots for Heat Sensing

Researching energy-efficient autonomous algorithms will enable a robot to map heat-related threats in the environment.

Program: FURI

Detection and Tracking of Objects Outside the Line of Sight of a Camera

Detecting and tracking objects out of line-of-sight using a light source and camera will help make autonomous vehicles safer.

Program: MORE

Video Motion Magnification to Enhance Speech of Patients with Deteriorated Speaking Ability

Coupling video information to speech will help people with ALS and Parkinson’s disease recover their speaking ability.

Program: MORE

Optimizing and Evaluating Real-time Illumination Estimation for Mixed Reality

Program: FURI