Machine Learning and Deep Learning Algorithms in Times Series Analysis

This paper presents a thorough exploration of time series analysis within the broader landscape of machine learning and deep learning. From fundamental principles such as linear modeling to more complex neural network structures, the paper navigates the evolving terrain of predictive modeling. It discusses the amalgamation of various methodologies within machine learning and deep learning, addressing challenges related to interpretability, ethical considerations, and biases inherent in training datasets. Emerging trends, including the wider accessibility of methodologies through open-source tools and a growing emphasis on transparency, are brought to light. Looking ahead, the paper envisions ongoing innovation in time series analysis, incorporating diverse approaches such as reinforcement learning, federated learning, and domain-specific knowledge. It underscores the need to address ethical concerns and biases for a future where predictive analytics is not only accurate but also ethically grounded and universally applicable.