- Statistical mechanics,
- canonical and micro-canonical ensemble,
- observables and partition function,
- molecular dynamics simulations (verlet and velocity verlet algorithm),
- consideration of time step,
- improvement of simulation (cutoff, distance, and multipole schemes),
- standard Monte Carlo method,
- calculation of partition function,
- importance sampling,
- sampling of protein structures.
Welcome
Research and teaching @ TUHH
Thursday, January 27, 2011
Introduction to Bioinformatics - Lecture 13
Today, statistical sampling methods were considered. Here are the topics:
Friday, January 21, 2011
Discrete Mathematics I - Lecture 12
Heutige Themen:
- Hauptsatz der Arithmetik,
- Restklassenringe modulo Z bzw. Q[x].
Computational Biology - Lecture 12
Yesterday, we resumed with the introduction into algebraic geometry:
- ideal-variety correspondence,
- elimination theorem,
- extension theorem.
Labels:
Algebraic Coding,
Computational Biology,
Teaching
Thursday, January 20, 2011
Introduction to Bioinformatics - Lecture 12
Today, we will give an introduction to 3D structure prediction of proteins:
- Force fields (CHARMM, Oobatake-Crippen),
- rigid geometry models,
- buildup method,
- basic heuristic methods,
- conformational space annealing,
- HP model.
Friday, January 14, 2011
Discrete Mathematics I - Lecture 11
Kurze Einführung in die Teilbarkeitslehre (Ring der ganzen Zahlen, Polynomring):
- Division mit Rest
- ggT und kgV
- Euklidischer Algorithmus
- Satz von Bezout, erweiterter Euklidischer Algorithmus.
Thursday, January 13, 2011
Computational Biology - Lecture 11
Today, we will give an introduction to affine algebraic sets:
- Hilbert's Nullstellensatz (weak and strong version),
- correspondence between affine algebraic sets and ideals.
Labels:
Computational Biology,
Teaching
Introduction to Bioinformatics - Lecture 11
Today, we finished the considerations about 2D structure prediction:
- Nearest neighbor classification (intrinsic dimension, Bhattacharyya distance).
- Consensus prediction
- Neural network classification (Rost-Sander approach).
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