根据以下内容写一个论文的摘要：数字图像处理技术在现代社会中应用广泛数字图像处理教育也成为了许多高校的重点课程之一。为了更好地提高学生的实践能力基于MATLAB-GUI的图像处理教学平台的设计和搭建已成为数字图像处理教学的重要方向。该平台可以帮助学生深入了解数字图像处理技术的基本原理和应用同时也可以帮助教师更好地进行数字图像处理课程的教学。 教学平台的设计涵盖了多个方面包括平台的总体结构、用户交互界

Digital image processing technology is widely used in modern society, and digital image processing education has become one of the key courses in many universities. To better improve students' practical ability, the design and construction of an image processing teaching platform based on MATLAB-GUI has become an important direction in digital image processing education. This platform can help students deepen their understanding of the basic principles and applications of digital image processing technology, and also help teachers better teach digital image processing courses. The design of the teaching platform covers multiple aspects, including the overall structure of the platform, user interaction interface, functional module design, algorithm implementation, etc.

The overall structure of the platform should have good scalability and maintainability, making it easy to add and maintain subsequent functions. The user interaction interface should be designed to be simple, intuitive, and easy to operate and learn. The functional module design should cover the basic algorithms and applications of digital image processing, while emphasizing the visualization of algorithms, making it easier for students to understand and master the principles and implementation of the algorithms. Finally, the algorithm implementation should be efficient and accurate to facilitate students in practical operations and algorithm analysis.

The design and construction of an image processing teaching platform based on MATLAB-GUI can effectively improve the effectiveness and quality of digital image processing education, promote students' in-depth understanding and mastery of digital image processing technology, and also serve as a learning and research tool in the field of digital image processing, providing strong support for the further development of digital image processing technology. Therefore, the research and development of an image processing teaching platform based on MATLAB-GUI has important academic and practical value.

The main purpose of this study is to design and construct a digital image processing teaching platform based on MATLAB-GUI to improve students' practical ability in digital image processing and promote the development of digital image processing technology. Specifically, the objectives of this study include: designing and constructing an image processing teaching platform based on MATLAB-GUI, including the overall structure of the platform, user interface, functional modules, algorithm implementation, etc.; implementing the basic algorithms and applications of digital image processing, including image denoising, edge detection, image geometric operations, image morphology operations, image transformation and frequency domain filtering, etc.; designing visual algorithm display to facilitate students' understanding and mastery of the principles and implementation of algorithms; conducting digital image processing teaching practice and evaluating the effectiveness and quality of the teaching platform.

The significance of this study is mainly reflected in the following aspects: improving students' practical ability in digital image processing, enhancing their understanding and mastery of digital image processing technology, and laying a solid foundation for their future research and work in related fields; promoting the development of digital image processing education, promoting the reform and innovation of digital image processing courses, and improving the quality and effectiveness of digital image processing education; promoting the development of digital image processing technology, providing strong support and guarantee for the research and application of digital image processing in various fields; enriching digital image processing teaching resources, providing reliable teaching tools and platforms for digital image processing education in universities, and providing students with a better learning experience and learning effect.