Department of Automation and Applied Informatics
.NET Framework (1) · 2D game simulator (1) · 3D convolution (1) · active learning (1) · ARM Cortex (1) · artifical intelligence (1) · artificial intelligence (3) · autoencoder (1) · automatic classifier (1) · C# software development (1) · Cardiac MRI (1) · classification (2) · client-server architecture (1) · computer vision (5) · conditional Gan (1) · convolution (1) · convolutional network (2) · convolutional neural network (1) · convolutional neural networks (5) · correlation analysis (1) · database management (1) · deep learning (11) · Deep learning Neural Network (2) · Deep Neural Network (2) · Deep Neural Networks (2) · Deep Q-learning (1) · depth estimation (1) · dynamic pricing (1) · Edge Detection (1) · ensembled classifier systems (1) · Entity Framework (1) · fair dynamic pricing (1) · GAN (1) · GANs (1) · graphics display (1) · heart MRI (3) · histogram (1) · Hypertrophic cardiomyopath (1) · image classification (1) · image recognition (1) · inertial navigation (1) · Kalman filter (1) · left ventricular hypertrophy (2) · lidar sensor (1) · Lucid Feature Visualization (1) · machine learning (3) · machine vision (1) · MATLAB/Simulink (2) · medical image processing (6) · medical imaging (2) · monocular camera (1) · motion detection (1) · multi agent reinforcement learning (1) · multi agent systems (1) · optical flow (1) · Python (4) · pytorch (1) · Qt framework (1) · real-time (1) · Recurrent Neural Network (1) · reinforcement learning (4) · resnet (1) · robot simulator (1) · ROS (1) · semantic segmentation (1) · sense and avoid (1) · transfer learning (2) · VGG16 (1) · visual navigation (1) · WPF development (1) · Xilinx Vivado (1)
22 theses in total. View all theses »