Difference between revisions of "Main Page"
From U-M Big Data Summer Institute Wiki
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== Day 29: Symposium == | == Day 29: Symposium == | ||
*[https://drive.google.com/file/d/19QJ9SmqsCP66urThKu5hlSxZdobyAd7z/view?usp=sharing 2018 Symposium Flyer] | *[https://drive.google.com/file/d/19QJ9SmqsCP66urThKu5hlSxZdobyAd7z/view?usp=sharing 2018 Symposium Flyer] | ||
| + | '''Student Poster Presentations''' | ||
| + | |||
=====2017 Symposium Reference Files===== | =====2017 Symposium Reference Files===== | ||
*[https://drive.google.com/file/d/1zwuVp6_sIRIlKx79-i0uZRp6Gtooi6g8/view?usp=sharing 2017 Symposium Program] | *[https://drive.google.com/file/d/1zwuVp6_sIRIlKx79-i0uZRp6Gtooi6g8/view?usp=sharing 2017 Symposium Program] | ||
*[https://drive.google.com/file/d/18FfpzqxwPSunJfHM3pHDxYYggAPlKgWX/view?usp=sharing 2017 Symposium Flyer] | *[https://drive.google.com/file/d/18FfpzqxwPSunJfHM3pHDxYYggAPlKgWX/view?usp=sharing 2017 Symposium Flyer] | ||
| − | + | ======2017 Symposium Reference Files====== | |
| + | *[https://drive.google.com/file/d/1zU2ygzYbF3R0V_fFjaOvHaUc15EF4QXF/view?usp=sharing DM - Estimating Cell Growth with Data Mining] | ||
| + | *[https://drive.google.com/file/d/1hwOCAZqOJJmwNCjIT3gtMFOWrlLqBjal/view?usp=sharing DM - Microenvironment Microarray Spot Based Approach] | ||
| + | *[https://drive.google.com/file/d/1pd7s2DaBp_NMLxv_afZc5fHl5nM9kA9L/view?usp=sharing EHR - A Time-To-Event Analysis of Heart Failure] | ||
| + | *[https://drive.google.com/file/d/1Y1O5gPp_Xix7Ec7u66Z8onjbfATrQhVv/view?usp=sharing EHR - Visualizing Lab and Phenotype Associations] | ||
| + | *[https://drive.google.com/file/d/12GxjFRO9vUlEa-XPpJeRI-xVusHWKM2X/view?usp=sharing EHR - Based Study on Long Term Infectious Diseases] | ||
| + | *[https://drive.google.com/file/d/1ajzjhjozNVgvDWq6TSFBCz-Cy2mPYh27/view?usp=sharing GEN - Classification of Cell Types from Peripheral Blood Cells] | ||
| + | *[https://drive.google.com/file/d/1he4Rl-ue_YSDIkTNrJ4aGyt4vpVp2YC_/view?usp=sharing GEN - Predicting the Transcriptome from the Genome] | ||
| + | *[https://drive.google.com/file/d/1vJyV4ZshWyDce2YT8MFFshmKFSlNshcI/view?usp=sharing GEN - Genomome Storage and Assembly] | ||
| + | *[https://drive.google.com/file/d/1Csd4Xv2Vl_wo-HIS7YxnN_mhu549Dye-/view?usp=sharing IMG - Machine Learning Classification of Skin Lesion Images] | ||
| + | *[https://drive.google.com/file/d/19XsJs0bEU4VZ8LOj5XX4pTkfDV6PeNgI/view?usp=sharing IMG - Classifying Skin Lesion Images Using Adaptive Boosting] | ||
| + | *[https://drive.google.com/file/d/1Mlce3h2_iPxmkOWEiQmrOtU3C5KeKorz/view?usp=sharing IMG - Melanoma Detection by Classifying Skin Lesion Images] | ||
== Additional Resources == | == Additional Resources == | ||
* [[DataCamp Resources]] | * [[DataCamp Resources]] | ||
* [[https://drive.google.com/file/d/15pPcBQrTBj9ze9VthpTZLmkEa3yRaz8T/view?usp=sharing Daily Schedule]] - Last update July 3, 2018 | * [[https://drive.google.com/file/d/15pPcBQrTBj9ze9VthpTZLmkEa3yRaz8T/view?usp=sharing Daily Schedule]] - Last update July 3, 2018 | ||
Revision as of 18:20, 16 July 2018
Welcome to the U-M Big Data Summer Institute 2018 Wiki!
Consult the User's Guide for information on using the wiki software.
Contents
- 1 Reading Material
- 2 2018 Presentations
- 3 Day 29: Symposium
- 4 Additional Resources
Reading Material
Data Mining Group
Papers
HTML Slides
- 6.19 Slides
- 6.20 Slides
- 6.21 Slides
- 6.22 Slides
- 6.27 Slides
- 6.28 Slides
- 7.2 Slides
- 7.9 Slides
- 7.10 Slides
- 7.11 Slides
- BDSI Classification 1
- BDSI Classification 2
Machine Learning Group
Research Lecture Slides
- Introduction
- Explore MIMIC
- Getting x and y
- Some tips
- Sample Pipeline
- Training Pipleline
- CNN
- LSTM
- Structuring
- Dataset and DataLoader
- pytorch models
- Model Development
- Population
- Benchmark Features
- Inclusion Exclusion
Lecture Notes
- Recurrent Neural Networks
- Convolutional Neural Networks
- Deep Learning
- BDSI Lecture
- Flux Guide
- Python Guide
- Python Tutorial
Genomics Group
Lectures
Intro Exercises
Papers
Population Genetics
Single Cell RNA
Transcriptomics
Online videos to better understand genetics and genomics
Genetics
- Introduction to Genetics by 23andMe (5 videos)
- TED-Ed : How Mendel's pea plants helped us understand genetics - Hortensia Jiménez Díaz
- Genetic Recombination and Gene Mapping by Bozeman Science
- Useful Genetics : A college-level comprehensive genetics course with 292 lectures offered by Rosie Redfield at UBC
Useful 3D Animations
- From DNA to protein - 3D Animation
- DNA Transcription - 3D Animation
- DNA splicing - 3D Animation
- mRNA Translation - 3D Animation
- How DNA is packaged - 3D Animation
- The Central Dogma - 3D Animation
Gene Regulation and Epigenetics
- Epigenetics Lecture by SciShow
- Hi-C Technique : A 3D map of the Human Genome
- The ENCODE Project
- RNAi by Nature Video
Sequencing Technologies
- TED-Ed : The race to sequence the human genome - Tien Nguyen
- DropSeq - Droplet-based Single Cell Sequencing by McCarroll Lab
Imaging Group
Papers
2018 Presentations
Week 1
Day 0: June 17
- Orientation Slides 2018 - Bhramar Mukherjee, PhD
Day 1: June 18
- Welcome Slides 2018 - Bhramar Mukherjee, PhD
- Training for Responsible Conduct in Research - Bhramar Mukherjee, PhD
- BDSIOrientationSupplement - Bhramar Mukherjee, PhD
- BDSI Event Presentation - Robert Peng
- BDSI Life in Ann Arbor - Stephen Salermo
- Al-Marzouki_s05 - The effect of scientific misconduct on the results of clinical trials: A Delphi survey
- baggerlycoombes - Deriving chemosensitivity from cell lines: forensic bioinformatics and reproducible research in high-throughput biology
- ethicalguidelines Ethical Guidelines for Statistical Practice
- ODS - On being a scientist 2009
- breiman - Statistical Modeling: The Two Cultures
- breimaninterview - A conversation with Leo Breiman
Recorded Lectures
Day 2: June 19
- Study design and inference. - Roderick Little, PhD
- Reproducible Research - Jedidiah Carlson
- Data Processing - Jed Carlson
- cameronpaulingpnas1976 - Supplemental ascorbate in the supportive treatment of cancer: Prolongation of survival times in terminal human cancer.
- comroe1977 - Experimental studies designed to evaluate the management of patients with incurable cancer
- CREAGAN - Failure of High-Dose Vitamin C therapy to benefit patients with advanced cancer
- neyman34jrss - On the Two Different Aspects of the Representative Method: The Method of Stratified Sampling and the Method of Purposive Selection
Recorded Lectures
- Reproducible Research - J. Carlson
- Study design and Inference - R. Little
Day 3: June 20
- Observational Data - Roderick Little, PhD
- castnejm1989 - Preliminary report
- Tocainideahj80 - Prophylaxis of ventricular tachyarrythmias
- wakefieldlancet - Ileal-lymphoid-nodular hyperplasia, non-specific colitis, and pervasive developmental disorder in children
- R intro file - Matthew Flickinger
- R intro Lecture - Matthew Flickinger
- Linear Algebra - Klemmer
- Matrix Algebra Lecture - Klemmer
Recorded Lectures
- Big Data pt. 2 - Roderick Little, PhD
- Linear Algebra - Klemmer
Day 4: June 21
- Linear Regression Slides - Matthew Zawistowski
- Logistic Regression Slides - Matthew Zawistowski
- R dplyr Slides - Matthew Flickinger
- dplyr R code - Flickinger
- dplyr R Flights - Flickinger
- dplyr OCSLS - Flickinger
Recorded Lectures
- dplyr - Matthew Flickinger
- Logistic Regression - Matthew Zawistowski
- Linear Regression - Matthew Zawistowski
Day 5: June 22
- State of Institute Slides - Bhramar Mukherjee, PhD
- Big Data 3 Slides - Roderick Little, PhD
- ggPlot 2 Slides - Matthew Flickinger, PhD
- Dplyr_Sms
- ggplot2
- Parameter Estimation - Roderick Little, PhD
- Fisher22philtransa - On the Mathematical Foundations of Theoretical Statistics
Recorded Lectures
- Parameter Estimation - Rod Little
- Journey Lecture - Sanchez
Week 2
Day 6: June 25
- Matrix Computations - Peisong Han
- Model Selection - Lauren Beesley
- Python Lecture 1 - Max Smith
- Python Notebook 1 - Max Smith
Recorded Lectures
- Matrix Computations - Han
Day 7: June 26
- Model Selection II - Lauren Beesley
- Machine Learning - Jenna Wiens
- Python Lecture 2 - Max Smith
- Python Notebook 2 - Max Smith
Recorded Lectures
Day 8: June 27
- Clustering - Danai Koutra
- Machine Learning II - Jenna Wiens
- Python Lecture 3 - Max Smith
- Python Notebook 3 - Max Smith
Day 9: June 28
- Casual Interference Slides - Zhenke Wu
- Clustering Part 2 Slides - Danai Koutra
Recorded Lectures
Day 10: June 29
- R Loops Slides - Flickinger
- dplyr NYC Flights
- dplyr OCSLS
- dplyr sms
- ggplot MPG
- ggplot NYC Flights
- R Simulations
Recorded Lectures
- Reading Like A Scientist - Griffiths
- R and Loops - Flickinger
Week 3
Day 11: July 2
- Information Visualization Slides - Kay
- Data Mining Slides - Najarian
Recorded Lectures
- Data Mining - Najarian
- Information Visualization - Kay
Day 12: July 3
- Data Mining 2 Slides - Najarian
- Bayes Slides - Wen
Recorded Lectures
- Data Mining 2 - Najarian
- Bayesian Statistics - Wen
Day 13: July 4 (NO CLASS)
Day 14: July 5
- Bayes Slides 2 - Wen
- Information Visualization 2 Slides - Kay
Recorded Lectures
- Information Visualization 2 - Kay
- Information Visualization 2 Contd. - Kay
- Bayesian Statistics 2 - Wen
Day 15: July 6
- Grad School Slides - Kidwell
Recorded Lectures
- Grad School - Kidwell
Week 4
Day 16: July 9
- Troubleshooting R Slides - Flickinger
- Troubleshooting R code - Flickinger
Recorded Lectures
- Computing - Sun
- Troubleshooting R - Flickinger
Day 17: July 10
- Bayesian Data Analysis - Chen
Recorded Lectures
- Bayesian Data Analysis pt 1 - Chen
- Bayesian Data Analysis pt 2 - Chen
Day 18: July 11
- Quinn Research Slides - Quinn
Day 19: July 12
Day 20: July 13
Week 5
Day 21: July 16
Day 22: July 17
Day 23: July 18
Day 24: July 19
Day 25: July 20
Week 6
Day 26: July 23
Day 27: July 24
Day 28: July 25
Day 29: Symposium
Student Poster Presentations
2017 Symposium Reference Files
2017 Symposium Reference Files
- DM - Estimating Cell Growth with Data Mining
- DM - Microenvironment Microarray Spot Based Approach
- EHR - A Time-To-Event Analysis of Heart Failure
- EHR - Visualizing Lab and Phenotype Associations
- EHR - Based Study on Long Term Infectious Diseases
- GEN - Classification of Cell Types from Peripheral Blood Cells
- GEN - Predicting the Transcriptome from the Genome
- GEN - Genomome Storage and Assembly
- IMG - Machine Learning Classification of Skin Lesion Images
- IMG - Classifying Skin Lesion Images Using Adaptive Boosting
- IMG - Melanoma Detection by Classifying Skin Lesion Images
Additional Resources
- DataCamp Resources
- [Daily Schedule] - Last update July 3, 2018
