http://physics.uoregon.edu/~torrence/391/Updated Tuesday August 06, 2013
Thanks to everyone for their effort this quarter
Your lab notebooks can be picked up in Room 17
Have a nice summer break!
Instructor  Prof. Eric Torrence  Willamette 418, 3464618 torrence (at) uoregon Office Hours: F 24 

Lab Assistant 
Jonathan Mackrory  mackrory (at) uoregon 
Lecture  TuTh 3:304:50 Willamette 318  
Labs  Lab schedule  
Textbook  Introduction to Error Analysis, 2ed, Taylor Getting Started with MATLAB, Pratap 
This course will introduce the basic concepts of data analysis and practical techniques for implementing them. Half of the course will emphasize the theoretical foundation of data analysis with lectures and homework assignments, while the other half will emphasize the practical application of data analysis in lab assignments. Development of programming techniques for performing data analysis and data visualization will also be stressed using MATLAB. The following topics will be covered:
Course grades will be based on five biweekly homework assignments from Taylor (50%),
and five biweekly lab assignments (50%). There will be no examinations (midterm or final)
for this course, so it is important for students to turn in all assigned work when it is due.
Late assignments will either be significantly penalized or not accepted at the instructors discretion.
The final lab assignment will be due during finals week in place of a final examination.
In order to pass the course, you must complete all of the labs!
Grades will be awarded based on the departmental grading policy, and students can assume that 90% will earn an A, 80% will earn a B, 70% will earn a C, 60% will earn a D, and below this will result in a failing grade. Modifiers (+/) will be applied for scores within a few percent of these boundaries. I may adjust the grade boundaries depending upon the final distribution so that students with similar scores will receive similar grades.
Week  Topic  Lab (due following Tuesday) 
Homework (due following Tuesday) 
Reading 

Week 1 4/1  4/5 
Measurement Uncertainties  Lab Signup  HW1  Taylor Ch. 13 Pratap Ch. 12 
Week 2 4/8  4/12 
Statistical Inference  MATLAB Intro  Taylor Ch. 4 Pratap Ch. 12 

Week 3 4/15  4/19 
Normal Distribution  HW2  Taylor Ch. 5 Pratap Ch. 34 

Week 4 4/22  4/26 
Weighted Average  Speed of Light  Taylor Ch. 67 Pratap Ch. 34 

Week 5 4/29  5/3 
Linear Regression  HW3  Taylor Ch. 8 Pratap Ch. 56 (as needed) 

Week 6 5/6  5/10 
Binomial Distribution and Random Walks  Brownian Motion  Taylor Ch. 10 Pratap Ch. 56 (as needed) 

Week 7 5/13  5/17 
Poisson Distribution and Counting Statistics  HW4  Taylor Ch. 11  
Week 8 5/20  5/24 
Random Processes  Photon Counting due Wednesday 

Week 9 5/27  5/31 
Fourier Transforms
No Labs Monday 
HW5 due Thursday 
FFT Handout  
Week 10 6/3  6/7 
Oscillators  Fourier Transforms  
Finals 6/10  6/14 
Final Lab Due Thursday 6/13 at 5 PM 
This syllabus is tentative, and is subject to change as the quarter progresses.
One of the goals of this course is to give you the skills to properly do nontrivial data analysis of large data samples. There are many different tools available to do this, but we had to pick something, and we are going to use MATLAB. MATLAB is relatively easy to learn, very powerful, and widely used in Science and Engineering disciplines. MATLAB is also a good example of 'procedural programming', and the general techniques learned in this course can easily be transferred to the language or tool of your choice later. MATLAB is widely (and freely) available at the University of Oregon. Some possibilities are listed on the MATLAB Information page. You will need to use MATLAB extensively in this course, so you should invest some time in the first two weeks to make sure you have a working computing environment which you can use and you are happy with.
Homework will typically be assigned every other week on Monday and due on the following Monday at the start of class. The homework will mostly be problems from Taylor forcing you to work through a particular concept 'by hand' at least once. Supplimental problems to exercise your MATLAB skills may also be assigned.
Lab assignments will be made every two weeks and will be due on Tuesday during weeks when homework is not due. It is expected that you will work on your labs during the two weeks before they are due. Assigned lab times will be available when TAs will be in room 17 to provide support and advice, although you are free to work on the labs whenever you have time available. You will be expected to work with a partner, although each member of the lab group is expected to turn in their own material including the data analysis and any associated code.
Formal writeups will not be required, although I do expect you to keep a lab notebook which clearly shows the work you have done. I really want to see proof that you did the lab and understood the material. Neatly organized notes taken during the lab itself, answers to the questions posed in the lab writeup, plus a short summary giving the main quantitative results in your notebook is perfectly adequate. If you are very sloppy in your notes, you may also turn in a longer printed write up, but please get into the habit of taking neat legible lab notes. Either way, please turn in your lab notebook (legible or not) on Tuesday in class. For labs with significant computer work, your Mfiles and supplemental material should be emailed to me directly as well.
For an upperdivision course, the university expects students to spend one hour in class and two hours out of class for each credit. While each student will vary, you should expect on average to put this much time into this course. In particular, you should not expect to complete all of the lab work during the scheduled lab times each week, although you certainly should be able to collect all of the necessary data during that time. Make sure you do not try to start your lab assignments at the last minute. Most students who struggle in this course simply don't invenst enough time in completing the labs.
There is arguably a grey area between working together collaboratively on a homework assignment or lab, and just copying somebody else's work. In general, however, it is usually very apparent to the people involved whether a student is really contributing to a result, or just copying from others. Copying answers and passing them off as your own work, either from another student or from any other source is no different from plagiarism and will be dealt with according to the UO rules and procedures for academic misconduct.
You are responsible for all the work you turn in for this course. You are encouraged to work with others to help your understanding, but anything you write down on your homework or you lab assignments needs to be your own work. You can certainly collect data with your lab partner and discuss the methods for analyzing the data and even compare your results, but all written and code work must be your own.