An Analytical Review of File Transfer Techniques in MATLAB via FTP

Abstract

File transfer is a critical operation in networked computing environments, enabling the movement of data between local systems and remote servers. Among the widely used protocols, the File Transfer Protocol (FTP) continues to provide a reliable and straightforward mechanism for exchanging files across distributed systems. With the growing use of MATLAB for data analysis, simulation, and scientific computing, FTP integration has become essential for managing large datasets, automating workflows, and supporting collaborative research. This paper presents an analytical review of file transfer techniques in MATLAB via FTP. It explores MATLAB’s built-in FTP functions, command syntax, and automation capabilities, highlighting their role in ensuring seamless data exchange. A comparative perspective is provided by examining MATLAB’s FTP support alongside alternative file transfer methods such as Secure FTP (SFTP), Hypertext Transfer Protocol (HTTP), and cloud-based storage APIs. The review also identifies performance factors including speed, scalability, and error handling. Security concerns, particularly the lack of encryption in traditional FTP, are analyzed, with recommendations for integrating secure alternatives within MATLAB workflows. The discussion further extends to applications in engineering, healthcare, and data-intensive research domains. By synthesizing current practices, limitations, and emerging trends, this paper provides a comprehensive understanding of how MATLAB leverages FTP for effective file transfer, while also outlining potential areas for improvement.