() (MeCab) *1 Juman ChaSen *2 MeCab ChaSen 1.3 MeCab MeCab OS Windows MeCab [] [Binary package for MS-Windows] [] sourceforge.net [mecab-win32] Mac OS
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1 RMeCab MeCab RMeCab MeCab RMeCab RMeCab RMeCab MeCab docmatrix2() docmatrixdf() N-gram MeCab RMeCab 1.1 MeCab R MeCab RMeCab 1.2 [email protected] 1
2 () (MeCab) *1 Juman ChaSen *2 MeCab ChaSen 1.3 MeCab MeCab OS Windows MeCab [] [Binary package for MS-Windows] [] sourceforge.net [mecab-win32] Mac OS X Linux [mecab] Mac OS X Linux [mecab-ipadic] Windows Windows MeCab 0.97 mecab-0.97.exe [OK] Shift JIS MeCab C Program Files Mac OS X Unix Downloads Terminal Mac OS X DVD *1 *2 2
3 1 1 MeCab # # ** $ cd Downloads $ tar zxvf mecab-0.**.tar.gz $ cd mecab-0.** $./configure --with-charset=utf-8 $ make $ sudo make install # $ tar zxf mecab-ipadic ****.tar.gz $ cd mecab-ipadic **** $./configure --with-charset=utf-8 $ make $ sudo make install Windows MeCab [Enter] C work 3
4 test.txt res.txt C: Program Files MeCab bin > mecab c: work test.txt > c: work res.txt test.txt res.txt 1 1 EOS,*,*,*,*,*,,,,,*,*,*,*,,,,,,*,*,*,,,,,*,*,*,*,,,,,,*,*,*,,,,,*,*,,,,,,*,*,*,,,,,,,*,*,*,*,,, 1 1 MeCab (), 1, 2, 3,,,,, EOS (end of sentence) (token) (type) MeCab 1 2 EOS,,*,*,*,*,,,,,*,*,*,*,,,,,*,*,*,*,,,,*,*,*,,,,,,*,*,*,,,,,,,*,*,*,*,,,,,*,*,*,*,,,,,*,*,*,*,,,,,*,*,*,*,,,,,*,*,,,,,,,*,*,*,*,,, 1 2 4
5 9 8 MeCab CSV (??) () MeCab R MeCab R R MeCab RMeCab 1.4 RMeCab RMeCab R MeCab R RMeCab RMeCab R MeCab R MeCab?? RMeCab *1 OS RMeCab RMeCab 0.50 RMeCab 0.59.zip RMeCab 0.59.tgz, RMeCab 0.59.tar.gz.zip Windows Mac OS X.tgz Unix.tar.gz Windows RMeCabInstall.txt Windows R RMeCab *2 [1] Windows R *3 R R getwd() C:/PROGRA 1/R/R-2* *.*/library * R [] - [ zip ] *1 *2 *3 RMeCabInstall.txt R MeCab RMeCabInstall.bat MeCab bin libmecab.dll R library RMeCab libs libmecab.dll 5
6 RMeCab ***.zip ( 1 2)*** RMeCabInstall.txt RMeCabInstall.bat RMeCabInstall.bat ( 1 3) 1 Windows R getwd() C:/PROGRA 1/R/R-2* *.*/library Windows XP MeCabInstall.bat RMeCabInstallXP.bat Vista RMeCabInstallVista.bat 1 2 RMeCab 1 3 Mac OS X R [] - [] [CRAN] [] 6
![[install] RMeCab ***.tgz *** Linux R R R getwd() ** > install.packages("rmecab_0.**.tar.gz", destdir=".](/docs-images/91/104969812/images/7-0.jpg "\", repos = NULL) 2 RMeCab RMeCab R RMeCab Windows R [] - [ ] RMeCab ( 2 1 )Mac OS X [ ] RMeCab R library(rmecab) [Enter] R 2 1")
7 [install] RMeCab ***.tgz *** Linux R R R getwd() ** > install.packages("rmecab_0.**.tar.gz", destdir=".", repos = NULL) 2 RMeCab RMeCab R RMeCab Windows R [] - [ ] RMeCab ( 2 1 )Mac OS X [ ] RMeCab R library(rmecab) [Enter] R 2 1 RMeCab RMeCab 2 1 *1 2 1 *1 7
8 RMeCabC RMeCabText RMeCabDF RMeCabFreq docmatrix, docmatrix2, docmatrixdf collocate collscores Ngram N, N-gram NgramDF N, N-gram NgramDF2 N,, N-gram docngram N N-gram docngram2 N,, N-gram 2 1 RMeCab 2 1 RMeCab *2 Windows data2.zip Mac OS X Unix data2.tar.gz Windows data2 zip [ ] [] [] zip data2 data2 C (C:) R R getwd() 2.1 RMeCab RMeCab RMeCabText() RMeCabFreq() MeCab *2 8
9 2.1.1 RMeCabC() RMeCabC() MeCab R Windows [Ctrl] [r] <- RMeCabC("") [[1]] "" [[2]] "" [[3]] "" [[4]] "" #... [[1]] # "" > unlist(res)... "" "" "" ""... > x <- "" # <- RMeCabC(x) > unlist(res)... "" "" "" ""... 9
10 R [[]] res[[1]] R unlist() ( x) RMeCabC() RMeCabC() 2 1 () <- RMeCabC("", 1) > unlist(res) # "" "" "" "" <- RMeCabC("", 0) > unlist(res) # "" "" "" "" ( 2 ) () <- RMeCabC("") 2 <- unlist(res) 2 "" "" "" "" "" "" "" 2[names(res2) == ""] "" "" "" "" > names(res2) == "" # [1] TRUE FALSE TRUE FALSE TRUE FALSE TRUE 10
11 Mac OS X Linux R Encoding(names(res2))<- "UTF-8" # Encoding(res2) <- "UTF-8"# RMeCabC() res2 res2 names() == (TRUE) (FALSE) [] TRUE FALSE res2 TRUE which() TRUE any() 3 <- names(res2) == "" 3 [1] TRUE FALSE TRUE FALSE TRUE FALSE TRUE > which(res3) [1] > any(res3) [1] TRUE which() TRUE any() TRUE TRUE RMeCabText() RMeCabText() 1 10 MeCab RMeCab data2 data2 yukiguni.txt 11
12 <- RMeCabText("yukiguni.txt") [[1]] [1] "" "" "" "*" "*" [6] "*" "*" "" "" "" [[2]] [1] "" "" "" "" "*" "*" "*" "" [9] "" "" [[3]] [1] "" "" "" "*" [5] "*" "" "" "" # RMeCabFreq() RMeCabFreq() Windows Linux Mac OS X Windows <- RMeCabFreq("yukiguni.txt") length = 13 Term Info1 Info2 Freq #... res Term Info1 Info2 Freq R data2 kumo.txt > pt1 <- proc.time() # <- RMeCabFreq("kumo.txt") length = 447 > pt2 <- proc.time() 12
13 > # > pt2 - pt1 # MeCab Windows Mac OS X Linux RMeCabFreq() length = 447 () () 447 Linux Mac OS X 446 Linux Mac OS X MeCab OS MeCab,,*,*,*,*,,,,,*,*,,,,,,,*,*,,,,, Windows,,*,*,*,*,,,,,*,*,,*,*,,,,*,*,,*,*,*,,,,*,*,,,,, Windows Mac OS X Linux OS OS MeCab MeCab MeCab *1 Unix OS Windows MeCab 2.2 MeCab Windows MeCab Mac OS X Linux Mecab *1 13
14 C: Program Files MeCab bin > mecab,,,,*,*,,,,,,,*,*,,,,,*,*,,,,,,*,*,*,,,,, EOS CSV,-1,-1,1000,,,,,*,*,,, MeCab ID ID motohiro.csv C data ( "C:\data" ) ID ID -1 MeCab Windows []-[]-[ ]-[] cd MeCab bin MeCab C: Program Files MeCab mecab-dict-index.exe MeCab motohiro.csv (\) () C: data > cd C: Program Files MeCab bin C: Program Files MeCab bin > mecab-dict-index.exe \ -d c: Program Files MeCab dic ipadic \ -u ishida.dic -f shift-jis -t shift-jis \ c: data motohiro.csv reading c: data mecabdic.csv... 1 emitting double-array: 100% ########################################### done! done mecab-dict-index.exe ishida.dic C: data MeCab C: Program Files MeCab dict dicrc 14
15 Windows ([]-[]-[]-[]) userdic = C: data ishida.dic MeCab C: Program Files MeCab bin > mecab,,,,*,*,,,,,,,*,*,,,,*,*,*,,,,, EOS *1 2.3 R RMeCabDF() RMeCabDF() RMeCabDF() data photo.csv > # > dat <- read.csv("photo.csv") <- RMeCabDF(dat, 3) # () <- RMeCabDF(dat, 3, 1) # <- RMeCabDF(dat, "Reply",1) # *1 15
16 ID, Sex, Reply 1, F, 2, M, 3, F, 4, F, 5, M, 2 2 CSV RMeCabDF() res length(res) [[]] res res[[1]] res[[1]] 5 [[1]] "" "" "" "" "" 2.4 (term-document matrix) T erm doc1 doc2 doc doc1, doc2, doc3 doc1: doc2: doc3: RMeCabText() doc1 doc2 doc3 16
17 16 <- docmatrix("doc", pos = c("","")) file = doc/doc1.txt file = doc/doc2.txt file = doc/doc3.txt Term Document Matrix includes 2 information rows! whose names are [[LESS-THAN-1]] and [[TOTAL-TOKENS]] if you remove these rows, run result[ row.names(result)!= "[[LESS-THAN-1]]", ] result[ row.names(result)!= "[[TOTAL-TOKENS]]", ] docs terms doc1.txt doc2.txt doc3.txt [[LESS-THAN-1]] [[TOTAL-TOKENS]] [[TOTAL-TOKENS]] <- res[ row.names(res)!= "[[LESS-THAN-1]]", ] <- res[ row.names(res)!= "[[TOTAL-TOKENS]]", ] docs terms doc1.txt doc2.txt doc3.txt
18 docmatrix() <- res[rowsums(res) >= 2,] # 2 docs terms doc1.txt doc2.txt doc3.txt rowsums() >=2 2 docmatrix() minfreq minfreq 3 A A 3 0 [[LESS-THAN-3]] 3 [[TOTAL-TOKENS]] pos 0 dcomatrix2() minfreq rowsums(res) minfreq 2 <- docmatrix("doc", pos = c("",""), minfreq = 2) #... docs 18
19 terms doc1.txt doc2.txt doc3.txt [[LESS-THAN-2]] [[TOTAL-TOKENS]] [[LESS-THAN-2]] 2 1 doc1.txt 2 2 morikita <- docmatrix("morikita", pos = c("","")) file = morikita/morikita1.txt file = morikita/morikita2.txt file = morikita/morikita3.txt Term Document Matrix includes 2 information rows! whose names are [[LESS-THAN-1]] and [[TOTAL-TOKENS]] if you remove these rows, run result[ row.names(result)!= "[[LESS-THAN-1]]", ] result[ row.names(result)!= "[[TOTAL-TOKENS]]", ] docs terms morikita1.txt morikita2.txt morikita3.txt [[LESS-THAN-1]] [[TOTAL-TOKENS]] #... 2 <- res[ row.names(res)!= "[[LESS-THAN-1]]", ] <- res[ row.names(res)!= "[[TOTAL-TOKENS]]", ] <- res[rowsums(res) >= 2,] # 2 19
20 docs terms morikita1.txt morikita2.txt morikita3.txt #... minfreq 2 2 <- docmatrix("morikita", pos = c("",""), minfreq = 2) file = morikita/morikita1.txt file = morikita/morikita2.txt file = morikita/morikita3.txt Term Document Matrix includes 2 information rows! whose names are [[LESS-THAN-2]] and [[TOTAL-TOKENS]] if you remove these rows, run result[ row.names(result)!= "[[LESS-THAN-2]]", ] result[ row.names(result)!= "[[TOTAL-TOKENS]]", ] docs terms morikita1.txt morikita2.txt morikita3.txt [[LESS-THAN-2]] [[TOTAL-TOKENS]] morikita1.txt
21 morikita3.txt [[LESS-THAN-2]] sym 1 pos [[TOTAL-TOKENS]] <- docmatrix("doc", pos = c("",""), sym = 1) #... docs terms doc1.txt doc2.txt doc3.txt [[LESS-THAN-1]] [[TOTAL-TOKENS]] [[TOTAL-TOKENS]] <- docmatrix("doc", pos = c("","")) #... docs terms doc1.txt doc2.txt doc3.txt [[LESS-THAN-1]] [[TOTAL-TOKENS]] # pos <- docmatrix(targetdir, pos = c("","","")) #... docs terms doc1.txt doc2.txt doc3.txt 21
22 [[LESS-THAN-1]] [[TOTAL-TOKENS]] # sym= docmatrix2() docmatrix2() 1 () directory, pos, minfreq, sym, weight directory ( )pos minfreq docmatrix() minfreq = 2 2 docmatrix() sym sym = 0 sym = 1 pos sym = 1 docmatrix() [[LESS-THAN-1]] [[TOTAL-TOKENS]] docmatrix2() <- docmatrix2("doc")# doc to open doc f_count=3 doc2.txt doc3.txt doc1.txt to close dir file_name = doc/doc2.txt opened file_name = doc/doc3.txt opened file_name = doc/doc1.txt opened number of extracted terms = 4 to make matrix now doc1.txt doc2.txt doc3.txt
23 0 1 1 > # pos <- docmatrix2("doc", pos = c("","","") ) # doc2.txt doc3.txt doc1.txt ## RMeCabDF() RMeCabDF() > # 5 <- docmatrix2("kumo.txt", minfreq = 5) file_name = kumo.txt opened number of extracted terms = 21 to make matrix now texts docmatrixdf() docmatridf() docmatrix2() photo.csv Reply 23
24 > dat <- read.csv("photo.csv", head = T) <- docmatrixdf(dat[,"reply"]) OBS.1 OBS.2 OBS.3 OBS.4 OBS OBS. (NA ) () CPU (local weight) (global weight) (normalization) 3 TF (term frequency) IDF (inverse document frequency) (2002) (1999) 24
25 2.7.1 docmatrix() docmatrix2() docmatrixdf() tf (), tf2 (: logarithimic TF)tf3 (2 : binary weight) idf ()idf2 ( IDF) idf3 ( IDF)idf4 () norm () weight * tf idf <- docmatrix("doc", pos = c("","",""), weight = "tf*idf") docs terms doc1.txt doc2.txt doc3.txt doc1.txt 1 tf idf id f = log N n i + 1 N n i w i 2 idf log2(3/3) log2(3/2) + 1) log2(3/1) + 1) tf weight *norm <- docmatrix("doc", pos = c("","",""), weight = "tf*idf*norm") docs 25
26 terms doc1.txt doc2.txt doc3.txt () 8 docmatrix() (t f id f ) 2 doc1.txt = tf*idf N-gram N-gram N N [ - ] [ - ] [ - ] N 2 bi-gram ()
27 N bi-gram bi-gram Ngram() Ngram() N bi-gram N-gram Ngram() R bi-gram <- Ngram("yukiguni.txt") file = yukiguni.txt Ngram = 2 length = 38 > nrow(res) [1] 38 # Ngram Freq 1 [-] 1 2 [-] 1 3 [-] 1 4 [-] 1 5 [-] 1 6 [-] 1 # [-] 1 35 [-] 1 27
28 36 [-] 1 37 [-] 1 38 [-] 1 bi-gram <- Ngram("yukiguni.txt", type = 1, N = 2) file = yukiguni.txt Ngram = 2 length = 25 > nrow(res) [1] 25 Ngram Freq 1 [-] 1 2 [-] 1 3 [-] 1 4 [-] 1 5 [-] 1 #.. 20 [-] 1 21 [-] 1 22 [-] 1 23 [-] 1 24 [-] 1 25 [-] 1 bi-gram tri-gram tri-gram N 3 3-gram > # bi-gram <- Ngram("yukiguni.txt", type = 2, N = 2) file = yukiguni.txt Ngram = 2 length = 13 > nrow(res) [1] 13 Ngram Freq 1 [-] 2 2 [-] 3 3 [-] 2 4 [-] 3 28
29 5 [-] 2 6 [-] 2 7 [-] 1 8 [-] 1 9 [-] 6 10 [-] 1 11 [-] 1 12 [-] 1 13 [-] 2 > > # tri-bram <- Ngram("yukiguni.txt", type = 2, N = 3) file = yukiguni.txt Ngram = 3 length = 20 > nrow(res) [1] 20 Ngram Freq 1 [--] 1 2 [--] 1 3 [--] 2 4 [--] 1 5 [--] 1 # [--] 1 17 [--] 1 18 [--] 1 19 [--] 1 20 [--] 1 Ngram() type 1 N-gram <- Ngram("yukiguni.txt", type = 1, N = 2, pos = "") file = yukiguni.txt Ngram = 2 length = 7 Ngram Freq 1 [-] 1 2 [-] 1 29
30 3 [-] 1 4 [-] 1 5 [-] 1 6 [-] 1 7 [-] 1 pos = "" N-gram N-gram N-gram Ngram() 4 1 docngram2() NgramDF() NgramDF() Ngram() N-gram > kekkadf <- NgramDF("yukiguni.txt", type = 1, N = 2, pos = "") file = yukiguni.txt Ngram = 2 > kekkadf Ngram1 Ngram2 Freq bi-gram (Freq) 1 Ngram() [- ] 1 N-gram NgramDF() 4 1 NgramDF2() 30
31 2.8.3 NgramDF2() NgramDF2() NgramDF() directory, type, pos, minfreq, Nsym ()type (type=0) (type=1) (type=2) pos pos = c(, ) minfreq minfreq=2 2 N N-gram R sym type 1 () sym = 0 sym = 1 pos sym = 1 > # <- NgramDF2("yukiguni.txt", type = 1, N = 2, pos = "") file_name = yukiguni.txt opened number of extracted terms = 7 Ngram1 Ngram2 yukiguni.txt # # NgramDF2() <- NgramDF2("yukiguni.txt", type = 1, N = 2, pos = c("","")) file_name = yukiguni.txt opened number of extracted terms = 10 Ngram1 Ngram2 yukiguni.txt
32 > targetdir <- "doc" <- NgramDF2(targetDir)# # type = 0, N = 2 # Ngram1 Ngram2 doc1.txt doc2.txt doc3.txt # # # # # #... <- NgramDF2(targetDir, type = 1, pos = c("","") ) # Ngram1 Ngram2 doc1.txt doc2.txt doc3.txt # # # <- NgramDF2(targetDir, type = 1, pos = c("","","") ) # # Ngram1 Ngram2 doc1.txt doc2.txt doc3.txt # # # # # <- NgramDF2(targetDir, type = 2) # # Ngram1 Ngram2 doc1.txt doc2.txt doc3.txt #
33 # # # # # # <- NgramDF2(targetDir, type = 2, minfreq = 2) # 2 # Ngram1 Ngram2 doc1.txt doc2.txt doc3.txt # # # # # ## docngram() docngram() Ngram() 1 type N Ngram() data doc Ngram 2 <- docngram("doc") file = doc/doc1.txt Ngram = 2 length = 1 file = doc/doc2.txt Ngram = 2 length = 2 file = doc/doc3.txt Ngram = 2 length = 1 Text Ngram doc1.txt doc2.txt doc3.txt [-] [-] [-]
34 ??Ngram() docngram() N-gram %in%??n-gram docngram() 4 1 docngram2() docngram2() docngram2() N Ngram() directory, type, pos, minfreq, Nsym ()type (type=0) (type=1) (type=2) pos pos = c(, ) minfreq minfreq=2 2 N N-gram R sym type 1 () sym = 0 sym = 1 pos sym = 1 <- docngram2(targetdir, pos = c("","") ) # 2-gram # doc1.txt doc2.txt doc3.txt # [-] # [-] # [-] # [-] ##... <- docngram2(targetdir, type = 1, pos = c("","") ) # # doc1.txt doc2.txt doc3.txt # [-] # [-] # [-]
35 <- docngram2(targetdir, type = 1, pos = c("","","") ) # # doc1.txt doc2.txt doc3.txt # [-] # [-] # [-] # [-] <- docngram2(targetdir, type = 2) # doc1.txt doc2.txt doc3.txt # [-] # [-] # [-] # [-] # [-] # [-] # [-] res <- docngram2(targetdir, type = 2, N = 5) res # doc1.txt doc2.txt doc3.txt # [----] # [----] # [----] # [----] # [----] # [----] # [----] # [----] res <- docngram2(targetdir, type = 2, minfreq =2, N = 5) # res # doc1.txt doc2.txt doc3.txt # [----]
36 2.9 (collocation) () (node) () collocate() RMeCab collocate() 1 node () span span 3 <- collocate("kumo.txt", node = "", span = 3) > nrow(res) [1] 33 [25:33,] Term Span Total [[MORPHEMS]] [[TOKENS]] Span Total 2 36
37 [[MORPHEMS]] [[TOKENS]] Span collocate() T MI T T (Barnbrook, 1996, p.97) ( - ) Church et al. (1991) ( 4 ) 4/ (4/ ) T T T (Church et al., 1991) MI MI 2 ( ) R > log2( 4 / ((4/1808) * 10 * 3 * 2)) 37
38 MI MI 1.58 (Barnbrook, 1996) MI T T MI RMeCab T MI collocate() ( res) 1 collocate() node span collscores() 2 <- collscores(res, node = "", span = 3) 2[25:33,] Term Span Total T MI NA NA [[MORPHEMS]] NA NA 33 [[TOKENS]] NA NA NA [[MORPHEMS]] [[TOKENS]] NA T MI Mac OS X Linux R Encoding(res$Term) <- "UTF-8" 38
39 bi-gram, 27 collocate(), 8 collocate(), 37 colscores(), 8 collscores(), 39 docmatrix(), 8 docmatrixdf(), 8 docmatrix(), 17 docmatrix2(), 8 docmatrix2(), 25 docngram(), 8 docngram(), 34 docngram2(), 8 docngram2(), 35, 4, 16, 4, 37, 4, 17, 4, 25 FALSE, 11 IDF, 24 MeCab, 2, 13 MI, 38 Ngram(), 8 Ngram(), 28 NgramDF(), 8 NgramDF(), 31 NgramDF2(), 8 NgramDF(), 32 proc.time(), 12 RMeCab, 1, 5 RMeCabC(), 8 RMeCabC(), 9 RMeCabDF(), 8 RMeCabDF(), 15 RMeCabFreq(), 8 RMeCabFreq(), 12 RMeCabText(), 8 RMeCabText(), 11 TF, 24 tri-gram, 29 TRUE, 11 T, 38 unlist(), 10, 12 MeCab, 2 RMeCab, 5, 37, 23, 24, 24, 24, 24, 17, 1, 4 39
40 Barnbrook, Geoff (1996) Language and Computers: Edinburgh. Church, K. W., W. Gale, P. Hanks, and D. Hindle (1991) Using statistics in lexical analysis, in Using On-line Resources to Build a Lexicon: Lawrence Erlbaum, pp (2007) R S-PLUS 1 (1999) 5 - (2002) (2006) R 3 40
() (MeCab) *1 Juman ChaSen *2 MeCab ChaSen 1.3 MeCab MeCab OS Windows MeCab [] [Binary package for MS-Windows] [] sourceforge.net [mecab-win32] Mac OS
![() (MeCab) *1 Juman ChaSen *2 MeCab ChaSen 1.3 MeCab MeCab OS Windows MeCab [] [Binary package for MS-Windows] [] sourceforge.net [mecab-win32] Mac OS](/thumbs/39/20165549.jpg "() (MeCab) *1 Juman ChaSen *2 MeCab ChaSen 1.3 MeCab MeCab OS Windows MeCab [] [Binary package for MS-Windows] [] sourceforge.net [mecab-win32] Mac OS")
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