Plagiarism checking is a very important part of the graduation writing process. Colleges and universities have put forward strict requirements for plagiarism checking to ensure academic integrity and the protection of intellectual property rights. In order to meet these requirements, various plagiarism checking systems are widely used.
When choosing a plagiarism checking system, you need to consider the accuracy and stability of its plagiarism checking algorithm. At present, there are many algorithms on the market that can be used for duplicate checking, such as the cosine similarity algorithm and the Hamming distance algorithm. Different algorithms are suitable for different types of articles, and you need to choose the right algorithm according to the specific situation.
CNKI and ***time are two plagiarism checking systems widely used by domestic universities. CNKI has strong duplicate checking capabilities and a rich resource base, which can conduct a comprehensive duplicate check analysis. Time is a powerful writing platform, and it also has a built-in duplicate check function, which is convenient for students to check for plagiarism in a timely manner during the writing process.
Through the plagiarism checking system, students can get a detailed plagiarism check report. The duplicate section in ** is displayed in the report and the corresponding repetition rate is given. If the repetition rate is high, students can reduce the repetition by reducing the weight of the revision. In the process of weight reduction and modification, you can use synonym substitution, change sentence structure, add your own point of view, etc., to maintain the originality and uniqueness of **.
In conclusion, plagiarism checking is an essential step in the graduation writing process. Colleges and universities require students to use the plagiarism checking system and choose the appropriate algorithm to ensure the originality and academic credibility of the university. The quality and uniqueness of ** can be further improved by reducing the weight of the modification.