1 | Classification of Surface Defects using Semi-Supervised Deep Learning | Ms. M. Mayuravaani |  |  |
2 | Minimizing Application Downtime During Upgrades of Microservices coupled with Database Logic Operated In Kubernetes | Mr. A.G.D.D.U Gunawardhana |  |  |
3 | Underwater Image Enhancement Based on Depth Estimation and Fusion | Ms. S. Anparasy |  |  |
4 | Extractive News Summarization | Ms. J. Ajanthy |  |  |
5 | A Landmark-free Attention Network for Fashion Clothes Classification and Attribute prediction | Ms. M. Shajini |  |  |
6 | Deep Learning for Diabetic Retinopathy Grading | Ms. R. Nirthika |  |  |
7 | Pathfinding and Planning using Bidirectional Late Line-of-Sight Check Weighted A* Algorithm in a 3D Environment | Mr. N. J. A. Jesuthas |  |  |
8 | Less Complex Multi-head Attentive Convolutional Neural Network for Landmark-free Clothing Category Classification Using MobileNet | Ms. N. Fernando |  |  |
9 | Predicting the Outcome of Football Matches using Convolutional Neural Networks | Mr. S. D. Herath |  |  |
10 | Brain Tumor Recognition using Machine Learning Techniques | Ms. T. Arumaiththurai |  |  |
11 | Detection of Helmetless Bike Riders using Deep Learning Techniques | Mr. C. Rathnayake |  |  |
12 | Underwater Image Enhancement using Convolution Neural Network | Ms. R. Priyadarshani |  |  |
13 | Wastage Segregation using Convolutional Neural Network Ensemble | Mr. V. Hiroshaan |  |  |
14 | Surface Defect Recognition using Autoencoder Based Convolutional Neural Network | Ms. K. Senanayake |  |  |
15 | Performance Comparison of Genetic and Simulated Annealing Algorithms Applied to Travelling Salesman Problem | Mr. R. Wijayasundara |  |  |
16 | User Authentication Using EEG Signals | Ms. V. Sinthuja |  |  |
17 | Constructing 3D models from 2D Images using Monocular Depths | Mr. H. W. R. L Hendawitharana |  |  |
18 | Modified Effective Path Formulation using Task Allocation in Swarm Robotics | Ms. R. Lavanya |  |  |
19 | Plagiarism Detection in Tamil Text using Word Embedding | M. A. Munzir |  |  |
20 | A Comparative Study to Measure the Performance of Spanning Tree Protocol on Software Defined Networks | M. A. Arham |  |  |