Lectures

Cogs 109 SS1_23

 

Please check site frequently for changes

(dates subject to change)

 

last updated:


Frequently Asked Questions
Final Project

Click the links in the topics column to download pdf of lecture notes.

Current week is highlighted in yellow. Topics may change slightly (or order of topics).

I'll do my best to post the slides before lecture, but if not possible I will post at the beginning of lecture either to canvas or github - historically in that room canvas works better for some reason. I had the opposite with another class in a different room.

Week Lecture # Date Topics Description Section topics Assignments
wk1 1 7/4 No class - 4th of july --

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wk1 2 7/4 No class - 4th of july -- -- --
wk1 3 7/6 Introductory lecture and welcome to COGS109!

 

 
wk1 4 7/6 Version control, git, github and relevance to modeling and data analysis
  • Introduction,
  • D1, A0,
  • accessing course resources
  • D1slides
Assigned: D1, A0 (Practice), LQ1
wk2 5 7/11 Data structures, types, binary vs. ASCII, how to load data into Python using python core and Pandas, Matlab/Octave, converting and associated issues    
wk2 6 7/11
  • Paper review
  • Groups discussion
  • How to read a scientific paper
  • Filtering, discretization, sampling, aliasing
  • D2slides,
  • D2, A1
  • Github review
  • git review
  • command line review,
  • EDA and Visualization
Assigned: D2, Paper review
wk2 7 7/13
  • More on filtering, discretization, sampling, aliasing
  • In class workbook on data importing (available here)

 

 
wk2 8 7/13
  • Perceptually aware visualization
  • D2 completion
  • Math Review, prep for A1
Assigned: D3, A1, Proposal, LQ2
wk3 9 7/18
  • Data Analysis I: Central tendency
   
wk3 10 7/18
  • Data Analysis II: Variability
  • Project discussion
Assigned: D4
wk3 11 7/20
  • Hypothesis testing as it pertains to modeling and data analysis
   
wk3 12 7/20
  • Newton vs. Palm and modeling/data analysis
  • Colormap design
  • Interpolation, LERP, BERP, TERP, SLERP
  • Project Q&A
  • Overview of descriptive stats
  • Discussion Q&A
D5, A2, CP1
wk4 13 7/25
  • Modeling and Data Analysis big picture and pathway
  • Review of expanded filtering notebook
  • Regression - PDE approach, Jupyter examples
   
wk4 14 7/25
  • Nonlinear regression with least squares
  • Lagrange interpolation
  • Splines, piecewise continuous functions
  • Orion Nebula example
  • Error analysis introduction
Regression and error analysis D6, LQ3
wk4 15 7/27
  • Optimization,
  • Nelder-Mead Simplex,
  • gradient descent,
  • conjugate gradient
   
wk4 16 7/27
  • Perceptrons,
  • Threshold logic unit,
  • Artificial Neural Networks
  D7, A3 (cancelled), CP2, LQ4
wk5 17 8/1
  • ANN II
  • supervised and unsupervised learning
   
wk5 18 8/1
  • AI, heuristics, search, decision trees
Project meetings  
wk5 19 8/3
  • Big picture of modeling and data analysis, case studies, examples
   
wk5 20 8/3
  • Where to go from here, the conclusion, final thoughts and advice
D7 and conclusion Final Project