# Numerics for Bioinformaticians (WS 18/19, 2+2 SWS)

**Organization **

**Exam I: **The first exam will take place on wednesday 10:15-11:45, 20th February in Room 0YY, Arnimallee 6

Results of the first Exam: here

**Exam II: **The second exam will take place on XXday XX:00-XX:00, XXth February in Room 0YY, Arnimallee 6

Results of the second Exam: here

**Lectures: **every Wednesday 10:00-11:30, R.025/026, Arnimallee 6

**Tutorial I: **every Wednesday 14:00-15:30, R.019, Arnimallee 3-5

**Lecture notes: **Lecture notes will be updated by the most recent lecture content in a cummulative fashion and can be found below under the most recent lecture.

**Excersises:** Deadline is 10:00 at the day of the suceeding lecture (so 1 weeks after you received the sheets).

**Programming tasks**: All programming tasks have to be ‘zipped’ and send to max.kleist2@fu-berlin.de.

**Requirement for course fullfillment (Studienleistung): **

Lecture (19400601): active participation + written examination on XYth Feb.2016, XX:00-XX:00; second examination XYth March, XX:00-XX:00.

Tutorials (19400602): active participation + > 50% of points in the exercises

**Detailed Schedule**

**17.10.18**

Introduction & Overview

**24.10.18**

You can find a Python tutorial here.

Matlab tutorials can be found here: basic, more extensive

Reference solutions to the programming exercise: Matlab1, Matlab2, Python, R

**31.10.18**

Poisson Processes I (Notes, Exercise)

Reference solutions to the programming exercise: Matlab

**07.11.18**

Poisson Processes II (Notes, Exercises)

Reference solution to programming exercise: Matlab, Python

**14.11.18**

Poisson Processes -> ODEs (Notes, Exercises)

Reference solution to programming exercise: Matlab

**21.11.18**

Integration I (Notes, Exercises)

**28.11.18**

Integration II (Notes, Exercises)

**05.12.18**

Solving ODEs I (Notes, Exercises)

Reference solutions to Exc.7 (Matlab)

**12.12.18**

Phase Planes & Linear stability analysis (Notes, Christmas Exercise)

**19.12.18**

Inverse Problems (Notes, Exercises)

—christmas & new year’s break—

**09.01.19**

Inverse Problems (Notes, Exercises)

**16.01.19**

Bayesian Inference I (Notes, Exercises)

**23.01.19**

Bayesian Inference II (Notes, Exercises)

**30.01.19**

Maximum Likelihood Estimation I (Notes, Exercises)

**06.02.19**

Maximum Likelihood Estimation II (Notes)

**13.02.19**

Wrap-Up

**20.02.19**

Exam