SMS scnews item created by Alexander Kerschl at Fri 19 Oct 2018 1245
Type: Seminar
Distribution: World
Expiry: 28 Dec 2018
Calendar1: 22 Oct 2018 1700-1800
CalLoc1: Carslaw 535A
CalTitle1: An introduction to FDR control and its application in Target-Decoy Competition
Auth: kerschar@202.76.184.146.dynamic.rev.eftel.com (aker8037) in SMS-WASM

MaPSS: Maths Postgraduate Seminar Series: Kristen Emery -- An introduction to FDR control and its application in Target-Decoy Competition

Hello all,

The next MaPSS talk of this semester will be at 17:00 on Mon 22nd October in Carslaw
535. It’s a great opportunity to meet fellow postgrads, listen to an interesting talk,
and of course get free food!

**************************************************************************************

Speaker: Kristen Emery

Title: An introduction to FDR control and its application in Target-Decoy Competition

Abstract: In the field of multiple hypothesis testing the most pressing problem is 
the need to control the overall error present in our conclusions without sacrificing 
the ability to obtain them. In this talk I will introduce FDR a widely used 
contemporary method of error control. I will attempt to provide the background and 
motivation of this methodology in a way that requires little background knowledge of 
statistics and testing procedures.

I will then explore a single application of FDR control in a testing situation where 
traditional methods cannot apply. We will investigate Target-Decoy Competition a 
specialized method for testing without p-values and examine how it is able to control 
the FDR in this non-standard testing problem. Finally I will extend beyond the current 
framework for Target-Decoy Competition and use this extension to show an interesting 
link with the traditional testing methods we will examine in the first half. 

**************************************************************************************

See you there!

Details can also be found on the school’s new Postgraduate Society website: 
http://www.maths.usyd.edu.au/u/MaPS/mapss.html 
 
Cheers,
Alex