| First Name |
Surname |
Poster Name |
| Alhassan | Radio sources classification with machine learning techniques |
| Amima | Applications of machine learning to identify differently expressed genes in breast cancer patients |
| Angulu | Hierarchical age estimation using facial features |
| Aniyan | Deep learning for radio astronomy |
| Arthur | Thermal hydraulics and transient analysis of a nuclear research reactor using CFD code |
| Ayami | Improving facial recognition algorithms with an application to DUT security |
| Bayana | Gender classification based on feature fusion |
| Bester | Model-based reinforcement learning with parameterised action spaces |
| Booyse | Recurrent neural networks for asset failure prediction |
| Breytenbach | On the use of neural networks for classifying time series |
| Chibuye | Low-resource language speech recognition using cross-language phoneme mapping |
| Chingozha | Stabilisability preserving abstractions of control systems |
| Chougrad | A deep learning framework for breast cancer screening |
| Daud | Disability, brain control and ML |
| de Wet | Automatic recognition of code-switched South African speech |
| du Toit | A comparative evaluation and analysis of open-source part-of-speech taggers for under resourced official South African languages |
| Dufourq | Deep neural network architecture optimisation |
| Egbelowo | - |
| El Bouchefry | Astrophysical machine learning software: an overview |
| Gouaya | Face recognition using HOSVD |
| Grunow | Full 3+1 dimensional simulation of the Boltzmann equation in the context of heavy ion collisions |
| Gueorguiev | ASTCVS: a cognitive vision system for astronomical phenomenon classification |
| Hasani | Learning and modeling analog behavior |
| Hooper | Acting under partial information in virtual worlds |
| Ikram | Using deep learning with community detection to solve the cold start problem in recommender systems |
| Jain | - |
| Josias | Identifying vein intersections in Tsetse fly wing images |
| Keivani | Tracking moving objects in dynamic scenes |
| Kekere | Incremental learning for big data |
| Khoza | A spiking neural network approach to natural language processing |
| Knowles | GMRT diffuse radio emission cluster survey |
| Kohlakala | Human ear recognition based on global features |
| Lai Hong | Adaptive knowledge injection for Monte Carlo tree search |
| Lambo | Deep reinforcement learning for games of perfect information |
| Makati | Semi-automated detectable life band |
| Manabe | African Solutions to Meet SDG 7: Affordable and Clean Energy |
| Marumo | Data analytic framework for radio astronomy: hierarchical artifact detection (HArD) |
| Maseko | Optimized path planning and path tracking for autonomous vehicles with a constrained turning rate |
| Mbonda Tiekwe | - |
| Modupe | - |
| Moiloa | Segmentation of low contrast time based neural fluorescence images |
| Mokoena | Anomaly explanations |
| Moodley | - |
| Mostert | Calibration of stochastic processes using neural networks |
| Motsoehli | Use of spark streaming and gradient boosting to identify application fraud in the retail space in realtime |
| Mpipi | Predicting students performance using machine learning |
| Mtetwa | Brain MRI structure segementation |
| Muleya | Multiscale modeling TB transmission dynamics |
| Mvubu | Financial market time series prediction with Long Short Term Memory (LSTM's) |
| Ndlovu | Stereo image and 3D point cloud mapping and localisation for self-driving cars in outdoor unstructured environments |
| Newman | Classifying sleep stages from wearable data |
| Nguyen | Learning to rank from clicks: a probabilistic model for separating relevance from positional bias in search logs |
| Niit | Applications of reinforcement learning to psychiatric disorders |
| Nyambal | Automatic parking space detection based on convolutional neural networks and support vector machines |
| Ofosu Mensah | Investigating relationship between expressed cancer related genes and patient survival |
| Okouma | A new deterministic scheme for characterizing the organization of (large) prime numbers |
| Oldewage | Particle swarm optimization in high dimensional spaces |
| Perez | Supporting the fight against human trafficking |
| Pretorius | Learning dynamics of neural networks in reinforcement learning |
| Radulescu | Whole body locomotion planning for quadrupedal systems |
| Rajaram | Generative adversarial networks |
| Ranchod | Skill discovery in reinforcement learning |
| Rapheeha | Artificial neural network |
| Rice | Discrete mathematics intelligent tutoring system using Bayesian networks |
| Schuld | Machine learning on quantum computers |
| Sefala | 3D convolutions for action recognition |
| Sihlangu | Cognitive MeerKat |
| Sithole | Big data and loT |
| Steyn | Short-term stream flow forecasting at Australian river sites using data-driven regression techniques |
| Takong | Investigating rainfall spatial variability over the Drakensberg Mountain Range using artificial neural networks |
| Tavakoli | Deep reinforcement learning for robot learning |
| Umuhire | Development of a post-processing technique for a quantum key distribution system |
| van Biljon | The creation of intelligent agents with machine learning |
| van Niekerk | Direct sampling using the discrete pulse transform |
| van Niekerk | Online constrained model-based reinforcement learning |
| Zitha | Fine-tuning radio calibration using machine learning methods |
| Zwane | Robot multi-tasking using deep reinforcement learning from raw RGBDT data (T for tactile sensor data) |
