The postgraduates majoring in signal and information processing of Shanghai Maritime University are in-service postgraduates under the Information Engineering College, which consists of computer science department, electronic engineering department, information basic teaching department, experiment center, shipping information engineering research institute and shipping information technology research institute. There are five majors: computer science and technology, information management and information system, network engineering, electronic information engineering and communication engineering. Doctoral programs in information management and information system; Computer science and technology, software engineering, information and communication engineering. The training scheme for graduate students majoring in signal and information processing in Shanghai Maritime University is as follows:

I. Introduction to the theme

The discipline of signal and information processing focuses on signal and information processing, including information acquisition, conversion, storage, transmission, exchange and signal and information processing in applications. It is an important part of information science, and its main theories and methods are more and more widely used in national defense, transportation, ports and oceans, biology, aerospace, information countermeasures and other fields. This subject is closely related to electronic science and technology, computer science and technology, control science and engineering, instrument science and technology, electrical engineering, biomedical engineering and other research fields. There are 8 professors, associate professors 10, including 3 doctoral supervisors, leaders of excellent disciplines (technologies) of Shanghai science and technology commission 1 person, 2 oriental scholars of Shanghai education commission, 7-star scholars of Shanghai science and technology commission 1 person, and Shuguang scholars of Shanghai education commission 1 person.

At present, the discipline has presided over dozens of projects such as the National 863 Program, the National Natural Science Foundation, the Basic Research Fund of the Ministry of Communications, the Innovation Action Plan of the Shanghai Science and Technology Commission, the Shanghai Natural Science Foundation, the Innovation Plan of the Education Commission, and the Mountaineering Plan. , and has long-term and in-depth research in fault diagnosis and intelligent control of underwater robots, image recognition and information processing, biomedical signal processing and computer measurement and control system.

Second, the training objectives

Third, the main research direction

Intelligent information processing and underwater robot, image recognition and information processing, biomedical signal processing, computer measurement and control system.

Four, the cultivation of practical ability of graduate students in this discipline

The cultivation of practical ability of graduate students in this discipline mainly includes the following ways:

1. teaching practice: let graduate students participate in teaching practice (teaching assistants), train them to engage in teaching work, improve their independent working ability and organizational ability, make them understand the reality of school education and teaching work, and initially experience and master the practical skills of higher education and teaching work.

2. Scientific research practice: let graduate students participate in scientific research practice. Generally speaking, the cultivation of graduate students is combined with the completion of scientific research tasks of tutors, with the aim of improving the ability of graduate students in the process of scientific research practice and getting basic training in scientific research. In addition, based on the research of National 863 Project, research laboratories such as "Underwater Shipping Information Processing Innovation Base" and "Computer Vision and Image Processing" have been established, and graduate students can practice their practical skills by relying on relevant scientific research platforms.

3. Internship and internship: Let graduate students go to the company/enterprise for internship, with the purpose of letting them know about the various business work of their unit and training their ability to work independently and solve problems.

4. Academic activities: Let graduate students participate in and carry out academic activities, mainly in the form of listening to academic reports, attending discussion classes and making special reports. The College and the Department of Electronic Engineering regularly invite well-known experts in related fields to give research reports, and at the same time try their best to ask tutors to provide 1-2 academic conferences for graduate students during their training, with the aim of broadening their horizons, activating their academic thoughts, enabling them to understand the most advanced knowledge of the discipline and enhancing their innovative ability.

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