My Current Projects

I currently work on designing and implementing simulation and visualization features for automated driving and signal processing groups at MathWorks. I am using C++, JavaScript (Dojo, Chromium Embedded Framework), HTML, CSS, MATLAB, and MATLAB graphics system for development. Shown below are some of the highlights.

Driving Scenario Simulation

Driving Scenario Simulation tools enable engineers to design and test their algorithms in MATLAB and Simulink. Features I contributed to include: INS sensor integration; smooth, jerk-limited vehicle trajectories for simulation; Lidar point cloud integration; low-poly actor meshes; reverse motion in driving scenarios; road network data model for geographic maps such as HERE/OSM and OpenDRIVE; Driving Scenario Designer app; lanes ground truth specification, visualization, and detection; development of a Driving Scenario Reader block and Bird's-Eye Scope in Simulink.

Driving Scenario Designer

Create virtual driving scenarios using the Driving Scenario Designer App. My contributions include building the canvas interactions, integrating Lidar and INS sensors, low-poly actor meshes, performance improvements, etc.

Shown below is an animation of an application developed using the drving scenario APIs and visualization capabilities.

Below is a video demonstrating some recent features in the driving scenarios area.

Bird's-Eye Scope

Visualize roads, actors, sensor detections, and tracks using the Bird's-Eye Scope in Simulink. My contributions include developing the data pipeline, grouping ground truth, detections, and coverages; Scenario Reader module, and integrating Lidar and INS sensor blocks in Simulink.