The need for automatic license plate recognition is what is primarily driving the growing integration of computer
technology in crucial industries like public transportation, healthcare parking, and retail parking. As cities grow, the interplay
between technology and human needs becomes more obvious. In light of this trend, this paper presents a novel approach to
license plate recognition in IoT-enabled smart parking systems, leveraging deep learning techniques. Traditional parking
management systems often rely on manual monitoring or physical sensors, leading to inefficiencies and delays. In contrast, our
proposed deep learning-based approach utilizes Convolutional Neural Networks (CNNs) for accurate license plate segmentation
and character recognition. We curated a diverse dataset of Somali license plate images captured under various environmental
conditions to train and evaluate our model. Through extensive experimentation, our model achieved an impressive accuracy rate
of 96.76% after 80 epochs of training. Therefore, this research contributes to the advancement of efficient and accurate license
plate recognition systems, facilitating enhanced parking management, traffic regulation, and urban mobility in smart cities.
Keywords - License plate detection, Deep learning, Somalian plate, Number plate recognition, Convolutional Neural Network.