| 2025 | ACIIDS | Ubervvald: Advanced Object Detection Library for Optimizing Complex Convolutional Neural Networks (CNNs). | Dvid Nevezi-Strango, Mihail Gaianu |
| 2024 | ICCCI | Complete Convolutional Neural Networks Environment for Computer Vision Problems With Nvidia Drive AGX Xavier. | Sorin Valcan, Mihail Gaianu |
| 2023 | ICCCI | Synthetic Football Sprite Animations Learned Across the Pitch. | Alexandru Ionascu, Sebastian Stefaniga, Mihail Gaianu |
| 2023 | ICCCI | Ground Truth Data Generator in Automotive Infrared Sensor Vision Problems Using a Minimum Set of Operations. | Sorin Valcan, Mihail Gaianu |
| 2023 | SYNASC | LLVM RISC-V Target Backend Instruction for Reshape Operator. | Marius-Mihai Budurean, Danut Rotar, Sorin Valcan, Mihail Gaianu |
| 2023 | SYNASC | Maxpool operator for RISC-V processor. | Dvid Nevezi-Strango, Danut Rotar, Sorin Valcan, Mihail Gaianu |
| 2023 | SYNASC | Convolutional Neural Networks For Eye Detection Trained With Manually And Automatically Generated Ground Truth Data. | Sorin Valcan, Mihail Gaianu |
| 2022 | SYNASC | Eye Detection For Drivers Using Convolutional Neural Networks With Automatically Generated Ground Truth Data. | Sorin Valcan, Mihail Gaianu |
| 2020 | SYNASC | The Driver's Attention Level. | Ionut-Adrian Tarba, Mihail Gaianu, Sebastian-Aurelian Stefaniga |
| 2020 | SYNASC | Lung Tumor Segmentation Accelerated by CUDA. | Sorin Valcan, Mihail Gaianu |
| 2019 | MICCAI | Data Augmentation from Sketch. | Debora Gil, Antonio Esteban-Lansaque, Sebastian Stefaniga, Mihail Gaianu, Carles Snchez |
| 2019 | SYNASC | An Approach of Segmentation Method Using Deep Learning for CT Medical Images. | Sebastian-Aurelian Stefaniga, Mihail Gaianu |
| 2018 | SYNASC | Face Detection and Recognition Methods using Deep Learning in Autonomous Driving. | Sebastian-Aurelian Stefaniga, Mihail Gaianu |
| 2017 | SYNASC | Performance Analysis of Morphological Operation in CPU and GPU for Medical Images. | Sebastian-Aurelian Stefaniga, Mihail Gaianu |
| 2014 | SYNASC | Multi-phase Identification in Microstructures Images Using a GPU Accelerated Fuzzy C-Means Segmentation. | Darian M. Onchis, Doina Frunzaverde, Mihail Gaianu, Relu Ciubotariu |