similar to: ASA Conference on Statistical Practice - deadline Thursday

I?m confused by the difference in the fit of a gam model (in package mgcv) when I specify an interaction in different ways. I would appreciate it if someone could explain the cause of these differences. For example: x <- c(105, 124, 124, 124, 144, 144, 150, 176, 178, 178, 206, 206, 212, 215, 215, 227, 229, 229, 229, 234, 234, 254, 254, 290, 290, 303, 334, 334, 334, 344,

I've been scratching my head over this one for too long. I'm hoping someone out there can solve this riddle. I have two vectors of characters, v1 and v2, both of length L, and two matrices of logicals, m1 and m2, both of dimension N*L. The first matrix of logicals corresponds to the first vector of characters, and the second to the second. The matrices are telling me which of the

I have been looking for a way to write R-generated reports to Microsoft Word documents. In the past, I used the package R2wd, but for some reason I haven't been able to get it to work on my current set up. R version 2.15.0 (64-bit) Windows 7 Enterprise - Service Pack 1 Microsoft Office Professional Plus 2010 - Word version 14.0.6123.5001 (32-bit) I gave the package

I want to overlay a small inset map on top of another map, but I can't figure out how to do it. For example, here are two different maps: # map 1 - Ohio map("state", region= "ohio") # map 2 - US with Ohio darkened map("state") map("state", region="ohio", fill=T, add=T) I would like to add map 2 as a small inset in the corner of map 1. I

I recently learned about the bigmemory and foreach packages and am trying to use them to help me create a very large matrix. Without those packages, I can create the type of matrix that I want with 10 columns and 5e6 rows. I would like to be able to scale up to 5e9 rows, or more, if possible. I have created a simplified example of what I'm trying to do, below. The first part of the

Hi, I've tried to look through all the previous related Threads/posts but can't find a solution to what's probably a simple question. ? I have a data frame comprised of three columns e.g.: ? ID1?ID2?Value a?b?1 b?d?1 c?a?2 c?e?1 d?a?1 e?d?2 ? I'd like to convert the data to a matrix i.e.: ? ?a b c d e a n/a 1 2 1 n/a b 1 n/a n/a 1 n/a? c 2 n/a n/a n/a 1 d 1 1 n/a n/a 2 e n/a n/a 1

I have run into a speed issue, and given the size of the problem it feels like there should be an easy solution. Here is the problem statement with some arbitrary numbers added. #p,q: vector with length(q)==length(p)==10000 and length(levels(p))==3000 #y,z: vectors with length(levels(y))=length(y)==length(z)==5000 for (i in levels(p)){ q[i==p]<-z[i==y]} At first i used two for loops which

John M. Chambers Statistical Software Award - 2010 Statistical Computing Section American Statistical Association The Statistical Computing Section of the American Statistical Association announces the competition for the John M. Chambers Statistical Software Award. In 1998 the Association for Computing Machinery presented its Software System Award to John Chambers for the design and development

Hi, I have a dataframe column from which I want to calculate the number of 1's in each entry. Some column values could, for example, be "0001001000" and "11110000111". To get the number of occurrences from a string I use this: sum(unlist(strsplit(mydata[,"my_column"], "")) == "1") However, as my data is not in string form.. How do I convert

John M. Chambers Statistical Software Award - 2011 Statistical Computing Section American Statistical Association The Statistical Computing Section of the American Statistical Association announces the competition for the John M. Chambers Statistical Software Award. In 1998 the Association for Computing Machinery presented its Software System Award to John Chambers for the design and development

Hi all, I have 6 datasets(dataframes Assem_ContigsLen7 through all_ContigsLen12) containing 3 columns (contig_id, contig_length, read_count). Each dataset is composed of 3 types of contigs (assemblies of genomic fragments), 1- all Bacterial fragments, 2 - all Viral fragments, 3 - mixed fragments. I identified the type of contig through a merge with another table with just contig_id and

Statistical Computing and Statistical Graphics Sections American Statistical Association Student Paper Competition 2008 The Statistical Computing and Statistical Graphics Sections of the ASA are co-sponsoring a student paper competition on the topics of Statistical Computing and Statistical Graphics. Students are encouraged to submit a paper in one of these areas, which might be original

Statistical Computing and Statistical Graphics Sections American Statistical Association Student Paper Competition 2009 The Statistical Computing and Statistical Graphics Sections of the ASA are co-sponsoring a student paper competition on the topics of Statistical Computing and Statistical Graphics. Students are encouraged to submit a paper in one of these areas, which might be original

Statistical Computing and Statistical Graphics Sections American Statistical Association Student Paper Competition 2011 The Statistical Computing and Statistical Graphics Sections of the ASA are co-sponsoring a student paper competition on the topics of Statistical Computing and Statistical Graphics. Students are encouraged to submit a paper in one of these areas, which might be original

Statistical Computing and Statistical Graphics Sections American Statistical Association Student Paper Competition 2010 The Statistical Computing and Statistical Graphics Sections of the ASA are co-sponsoring a student paper competition on the topics of Statistical Computing and Statistical Graphics. Students are encouraged to submit a paper in one of these areas, which might be original

Dear Colleagues, If you work in the statistical graphics and/or data visualization fields, please consider organizing an invited session for the JSM 2018 conference in Vancouver, whose theme is ?#LeadWithStatistics.? ASA's Section on Statistical Graphics will sponsor 3 invited sessions at JSM 2018, with a further 1-2 proposals having the potential to be included in the JSM 2018 conference

Dear R-help Listers, The submission site for the two awards (Chambers Student Software; Computing/Graphics Student Paper) is open at http://asa.stat.uconn.edu<http://asa.stat.uconn.edu/> until the deadline, 5:00 pm EST, December 15, 2017. The results will be announced by January 15, 2018. The award recipients are expected to present in a topic-contributed session at the 2018 JSM in

Bob Hoffman wrote: > Since each install uses the same pages basically, it is easy for a autobot > to find them all and zero day your forums, xss your whatever, and so on. > > Dang scary to leave JS on at all....even though you basically have too. Mozilla is beginning to address this issue with Content Security Policy -=-

Dear R-help Listers, The following two student competitions are of interests to the now many student R package developers. I'd appreciate your help in spreading them. #1. John M. Chambers Statistical Software Award 2018 The Statistical Computing Section of the American Statistical Association announces the competition for the John M. Chambers Statistical Software Award. In 1998 the

configure.ac | 20 +++ libswfdec/Makefile.am | 10 + libswfdec/swfdec_codec.c | 9 + libswfdec/swfdec_codec_gst.c | 260 +++++++++++++++++++++++++++++++++++++++++++ 4 files changed, 294 insertions(+), 5 deletions(-) New commits: diff-tree 9367afafdc43e320b2689237f9f302e52d8fac0e (from 1906bf5a380edbbb4b808543cf3da0e9e836dbf4) Author: Benjamin Otte