User Tools

Site Tools


course_information_-_uga_2020

Differences

This shows you the differences between two versions of the page.

Link to this comparison view

Both sides previous revisionPrevious revision
Next revision
Previous revision
course_information_-_uga_2020 [2020/04/04 17:50] yutakacourse_information_-_uga_2020 [2022/01/28 15:54] (current) – removed dani
Line 1: Line 1:
-==== Short course UGA 2020 - Programming and computer algorithms in animal breeding with focus on single-step GBLUP and genomic selection in practice ==== 
- 
-=== EDITED on April 4, 2020 === 
- 
-:!: The course was postponed to 2021. This page stays only for your information. 
- 
-=== EDITED on February 10, 2020 === 
- 
-:!: Applications are now closed.\\ 
-All applications received after February 8, 2020 will be put on a waiting list with no guaranteed acceptance. 
- 
-=== When === 
- 
-May 11 - 29, Athens, GA\\  
-From 9:00am to 5:00pm 
- 
-=== Course Venue === 
- 
-Department of Animal and Dairy Science\\ 
-425 River Road, Athens GA 30602\\ 
- 
-=== Week 1.=== 
- 
-Introduction to programming in Fortran 95/2003  
- 
-/* {{ :course18_uga_sa_ym_dl.pdf | Computational Techniques in Animal Breeding - Notes}} */ 
- 
- 
-=== Week 2.=== 
- 
-**Monday - Wednesday:** \\ 
-   - Advanced programming in Fortran 95/2003\\ 
-   - Computer algorithms useful in animal breeding\\ 
-  
-**Thursday - Friday:** \\ 
-   - Introduction to BLUPF90 family programs\\ 
-   - Associated programs: renumf90, inbupg,...\\  
-   - Modeling:  
-     - Basic models: single-trait, multiple trait, maternal,...\\  
-     - Advanced models: random-regression, competition, threshold, censored,...\\ 
-   - Variance components estimation\\  
- 
-/* {{ :blupf90_2018.pdf | Introduction to blupf90}} \\ 
- 
-{{ :introduction_to_renumf90_2018.pdf | Introduction to renumf90}} \\ 
- 
-{{ :parallel_2018.pdf | Parallel computing with OpenMP}} \\ */ 
- 
-\\ 
- 
-=== Week 3. ===  
- 
-/* \\ 
-{{ :gsip.pdf | Bases for Genomic Predictions - Legarra et al. 2018}} \\ 
-\\ */ 
- 
-**Monday** \\  
-   - Introduction: brief history of genomic selection 
-   - Basis of SNP data 
-   - Data manipulation and scripts with Unix tools\\ 
- 
-/* {{ :lourenco_course2018_day11.pdf | The promise of genomics for animal improvement }} \\ 
- 
-{{ :andres_part1.pdf | Bases for genomic prediction }} \\ 
- 
-{{ :unix_qc_etc.pdf | Unix commands and quality control}} \\ */ 
-\\  
- 
-**Tuesday** \\  
-   - GBLUP, SNPBLUP, brief Bayesian Methods 
-   - GBLUP with dominance 
-   - BLUPF90 with user_file\\ 
- 
-/* {{ :andres_part2.pdf | Models for genomic selection}} \\ 
- 
-{{ :andres_part3.pdf | GBLUP and G matrices}} \\ 
- 
-{{ :dominance_course2018.pdf | Non-additive effects in the genetic evaluation}} \\ 
- 
-{{ :user_file.pdf | user_file in blupf90}} \\ */ 
-\\  
- 
-**Wednesday** \\  
-  - ssGBLUP  
-  - Genomic Options in Blupf90 
-  - Cross-validation methods \\ 
- 
-/* {{ :andres_part4.pdf | single-step GBLUP}} \\ 
- 
-{{ :andres_part5.pdf | Details in ssGBLUP}} \\ 
- 
-{{ :andres_part6.pdf | Risks of forecasting in animal breeding}} \\ 
- 
-{{ :singlestepblupf90.pdf | ssGBLUP in blupf90}} \\ 
- 
-{{ :as13.pdf | Answers to exercises - Assignment 13}} \\ */ 
-\\ 
- 
-**Thursday** \\ 
-   - YAMS 
-   - SNP effects from ssGBLUP 
-   - Strategies for many genotyped animals 
-   - Theoretical accuracies 
-   - Use of postGSf90 
-   - Real life example of large application of ssGBLUP \\ 
- 
-/* {{ :postgsf90.pdf | Introduction to postGSf90}} 
- 
-{{ :lourenco_pag2017_day14.pdf | How large-scale genomic evaluations are are possible}}\\ 
- 
-{{ :lourenco_theoretical_accuracies.pdf | Theoretical accuracy}}\\ 
- 
-{{ :as14.pdf | Answers to exercises - Assignment 14}} \\ */ 
-\\ 
- 
-**Friday. Single-step without limits and practical issues** \\ 
-  - Simulation of genomic data using QMSim  
-  - Dimensionality of genomic information 
-  - Analyses of sequence data 
-  - Causative variants  
-  - When to weight SNPs\\  
- 
-/* {{ :qmsim_course2018.pdf | Data simulation using QMSim}} \\ 
-{{ :uga2018_yams.pdf | YAMS - A sparse matrix package}} \\ 
-{{ :course18.pdf | Questions in Genomic Selection and History of single-step}} \\ */ 
-\\ 
-/* **All Assignments** \\ 
-{{ :Assignment_2018_all.pdf | Assignments Course 2018}} \\ */ 
-\\ 
-=== Instructors: ===  
-Ignacy Misztal, Daniela Lourenco, Shogo Tsuruta, and Yutaka Masuda (UGA) \\ 
-Andres Legarra and Zulma Vitezica (France) \\ 
-Ignacio Aguilar (Uruguay) 
-  
- 
-=== Attendance: === 
-The course can be attended in full or partially. The attendance in Weeks 1-2 is limited to 25 and in Week 3 is limited to 35. Those attending for 2-3 weeks will have priority. \\ 
-Those familiar with basics of Fortran 95 can skip Week 1. Those familiar with the BLUPF90 software can skip Week 2. \\ 
-Thursday-Friday of Week 2 and Week 3 will involve very limited programming and can thus be attended by those interested in 
-application programs and genomic applications. \\ 
- 
-=== Prerequisites: ===  
-Participants are expected to be familiar with mixed model equations and quantitative genetics. \\  
-Familiarity with Linux / Unix environments a plus. \\ 
-Knowledge of programming in any programming language is a strong plus. 
- 
-=== Fees: === 
-The fees will be the same regardless of the number of weeks attended\\ 
-  * Industry - $1200\\  
-  * Academic - $700\\ 
-  * Graduate student - $500\\ 
-  * Graduate students from USA who are part of AG*IDEA institution - might be able to waive the registration fee\\ 
- 
- 
-=== Forms of Payment: === 
-Cash, checks (US) or wire transfers \\ 
-We are unable to accept credit card or PayPal payments\\ 
-Download the payment instructions {{ :Payment_information.pdf | here}}\\ 
-If paying by wire transfer, the information is {{ :wire_transfer_bank_instructions_2020.pdf | here}}\\ 
- 
-=== Deadline Application: === 
-<del>March 2</del>, <del>February 8, 2020</del>, Applications closed: we will put the new applications (after February 8, 2020) to a waiting list with no guaranteed acceptance.\\  
-Download the {{application_form_2020.pdf |Application Form}} \\ 
- 
-**To speed up the process, email your application form to Susan Bradley <susanb@uga.edu>** \\ 
- 
-**Payment information will be emailed to you as soon as your application is processed** \\ 
- 
-\\ 
-=== Logistics: === 
-The closest airport to Athens is in Atlanta. For transportation to and from the Atlanta airport, see: https://groometransportation.com/athens/ 
- 
-=== Housing: === 
-Housing at the university dorms will be available. The registration will be open in April: https://housing.uga.edu/site/register_summer \\ 
-On-campus hotel (Georgia Center) is also an option: https://www.hotel.uga.edu/ \\ 
-An extended stay hotel provides accommodation at ~ $250/week (DO NOT book before reading reviews): https://www.intownsuites.com/extended-stay-locations/georgia/metro-athens/ \\ 
-Other housing options can be booked through regular booking websites and Airbnb.  \\ 
- 
-=== Athens information: === 
-See [[http://nce.ads.uga.edu/about/|the official website]] or [[Athens|separate pages]]. \\ 
- 
-\\ 
  
course_information_-_uga_2020.1586022611.txt.gz · Last modified: 2024/03/25 18:22 (external edit)

Donate Powered by PHP Valid HTML5 Valid CSS Driven by DokuWiki