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This work is dedicated to the problem of computer-
aided plagiarism detection, i.e. to the development
and the use of software instruments that help to reveal
plagiarism. The creation of such tools raises specific
algorithmic problems that deserve attention. The
results covered in this work, include: (a) Building the
taxonomy of existing plagiarism detection methods
according to their speed and reliability
characteristics.
(b) Studying and improving string matching algorithms
used in plagiarism detection. Introducing tokenizers
for the natural language texts, applying natural
language parsers for plagiarism detection in order to
enhance the quality of the detectors. (c) Optimizing
the speed performance of string matching based
plagiarism detection algorithms by applying a
combined fast and reliable scoring scheme.
Developing an efficient parameterized matching
procedure. (d) Developing a fast string matching based
plagiarism detection algorithm.
aided plagiarism detection, i.e. to the development
and the use of software instruments that help to reveal
plagiarism. The creation of such tools raises specific
algorithmic problems that deserve attention. The
results covered in this work, include: (a) Building the
taxonomy of existing plagiarism detection methods
according to their speed and reliability
characteristics.
(b) Studying and improving string matching algorithms
used in plagiarism detection. Introducing tokenizers
for the natural language texts, applying natural
language parsers for plagiarism detection in order to
enhance the quality of the detectors. (c) Optimizing
the speed performance of string matching based
plagiarism detection algorithms by applying a
combined fast and reliable scoring scheme.
Developing an efficient parameterized matching
procedure. (d) Developing a fast string matching based
plagiarism detection algorithm.