Lecture Notes:
1. Bioinformatics from an interdisciplinary point of view (in Chinese)
2. General introduction and plan of lectures PDF.
3. Introduction to statistics and statistical physics PDF.
4. Signal models. Dynamic programming. Sequence alignment PDF.
5. Finding genes in the rice genome PPT.
6. Prokaryote phylogeny without sequence alignment PPT.
7. Language theory and bioinformatics PPT.
8. The 7 bridges in Konigberg and composition representation of protein sequences PPT.
9. Visualization of K-tuples in DNA and their randomized counterparts PPT.
10. Physico-mathematical sciences and life science PPT (in Chinese).
Homework PDF.
