In this paper, the mixture of Gaussian processes (MGP) is applied to model and predict the time series of stock prices. Methodically, the precise hard-cut expectation maximization (EM) algorithm for MGPs is utilized to learn the parameters of the MGP model from stock prices data. It is demonstrated by the experiments that the MGP model with the precise hard-cut EM algorithm can be successfully applied to the prediction of stock prices, and outperforms the typical regression models and algorithms.EICPCI-S(ISTP)jwma@math.pku.edu.cn282-293977
Predicting the future of a stock price is a difficult task due to the high level of randomness in t...
The stock market has been one of the primary revenue streams for many for years. The stock market is...
Investors, economists, and researchers have always been interested in the stock market. Predicting s...
The mixture of Gaussian processes (MGP) is a powerful framework for machine learning. However, its p...
The mixture of Gaussian Processes (MGP) is a powerful and fast developed machine learning framework....
A stochastic process is a family of time-indexed random variables, and stock price is a list of time...
The stock market is a chaotic, complex, and dynamic financial market. The prediction of future stock...
This study presents an outcome of pursuing better and effective forecasting methods. The study prima...
Gaussian process regression (GPR) is a kernel-based nonparametric method that has been proved to be ...
Forecasting stock price is a challenging topic for the researchers by the way of statistics or in ne...
Forecasting stock price is a challenging topic for the researchers by the way of statistics or in ne...
The mixture of Gaussian processes (MGP) is a powerful statistical learning model for regression and ...
The mixture of Gaussian processes (MOP) is an important probabilistic model which is often applied t...
Part 2: Machine LearningInternational audienceMixture of Gaussian Processes (MGP) is a generative mo...
The process of predicting stock market movements may initially appear to be non-statistical due to t...
Predicting the future of a stock price is a difficult task due to the high level of randomness in t...
The stock market has been one of the primary revenue streams for many for years. The stock market is...
Investors, economists, and researchers have always been interested in the stock market. Predicting s...
The mixture of Gaussian processes (MGP) is a powerful framework for machine learning. However, its p...
The mixture of Gaussian Processes (MGP) is a powerful and fast developed machine learning framework....
A stochastic process is a family of time-indexed random variables, and stock price is a list of time...
The stock market is a chaotic, complex, and dynamic financial market. The prediction of future stock...
This study presents an outcome of pursuing better and effective forecasting methods. The study prima...
Gaussian process regression (GPR) is a kernel-based nonparametric method that has been proved to be ...
Forecasting stock price is a challenging topic for the researchers by the way of statistics or in ne...
Forecasting stock price is a challenging topic for the researchers by the way of statistics or in ne...
The mixture of Gaussian processes (MGP) is a powerful statistical learning model for regression and ...
The mixture of Gaussian processes (MOP) is an important probabilistic model which is often applied t...
Part 2: Machine LearningInternational audienceMixture of Gaussian Processes (MGP) is a generative mo...
The process of predicting stock market movements may initially appear to be non-statistical due to t...
Predicting the future of a stock price is a difficult task due to the high level of randomness in t...
The stock market has been one of the primary revenue streams for many for years. The stock market is...
Investors, economists, and researchers have always been interested in the stock market. Predicting s...