As a mathematician with a deep passion for geometry and geometrical shapes, my research focuses on the integration of Artificial Intelligence techniques in software engineering. I explore how AI can enhance software development, address associated challenges, and ensure the trustworthiness of AI-driven systems, all while incorporating geometric principles to drive innovative solutions.

A MULTIMODAL BIOMETRIC SYSTEM AT BORDER CONTROL AND SECURITY DISTRIBUTED SYSTEM

DRONE BALANCING VIDEO AT MY LAB

CALCULATE SIMILARITY OF TWO IMAGES USING JAVA OPENCV . SAMPLE DIFF PERCENT 4.898

QUADCOPTER PID CONTROLLER AND PID TUNING

TOOL TO SEPARATE RED, GREEN AND BLUE IN AN IMAGE. THE SEPARATION OF THE RGB CHANNELS (FOR THE 3 COLORS RED

Susara Thenuwara

Talk to artificial intelligence and software engineering

Research Interest

Visual Geomatic in AI | Space | Software Engineering | AI | Embedded

My research focuses on artificial intelligence, with a particular emphasis on Visual Geometric Computing, incorporating mathematics, computer vision, 3D point clouds, space technology, and electronics.

SKILLS: Python Flask/ django, PHP/ MYSQL Laraval, Mavlink and ROS2, C++, CMake, OpenCV, PyQt, Open3D, Point Cloud Library (PCL), Potree, ThreeJS, Embedded

PyTorch, Tensorflow, NumPy, sklearn, Jupiter Notebook, Anaconda Environment, OpenCV, Numpy, Pandas, Kaggle, AWS: SageMaker, ECS, ECR, Lambda Serverless, Docker, RESTful APIs, Redis, Datadog, Vue.js, Node Js, Javascript

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