Difference between revisions of "User:Francis Tyers/Experiments"

Latest revision as of 10:49, 22 November 2012

TODO[edit]

~~Do LER in/out domain testing for the en-es setup with news commentary.~~
~~Do BLEU in/out domain testing for the en-es setup with news commentary.~~
~~mk-en: why is TLM LER/BLEU so much better ?~~
- (partial) answer: 0-context rules (e.g. defaults) not applying properly. Fixed by running in series. This "solves" the LER issue.
- (partial) answer: preposition selection is much better. We could try running with ling-default preps.
Do pairwise bootstrap resampling for each of best baseline + best rules
- (done) for parallel
~~why do eu-es rules not improve over freq ?~~
- (partial) answer: some rules do not apply because of tag wankery. See line #129774 in the test corpus. Need to define better how tags work. Perhaps only include tags where ambiguous ?
~~why do breton numbers for monolingual rules not approach TLM ?~~
- because of crispiness being too low.
~~why when we add more data, do the results get worse ?~~
- because of crispiness being too low.
rerun the mk-en stuff with frac counts.
run br-fr test with huge data.
try decreasing the C with corpus size.

Corpus stats[edit]

Pair	Corpus	Lines	W. (src)	SL cov.	Extracted	Extracted (%)	L. (train)	L. (test)	L (dev)	Uniq. tokens >1 trad.	Avg. trad / word
br-fr	oab	57,305	702,328	94.47%	4,668	8.32	2,668	1,000	1,000	603	1.07
en-es	europarl	1,467,708	30,154,098	98.08%	312,162	22.18	310,162	1,000	1,000	2,082	1.08
eu-es	opendata.euskadi.net	765,115	10,190,079	91.70%	87,907	11.48	85,907	1,000	1,000	1,806	1.30
mk-en	setimes	190,493	4,259,338	92.17%	19,747	10.94	17,747	1,000	1,000	13,134	1.86
sh-mk	setimes

Evaluation corpus[edit]

Out of domain[edit]

Pair	Lines	Words (L1)	Words (L2)	Ambig. tokens	Ambig. types	Ambig token/type	% ambig	Av. trad/word
en-es	434	9,463	10,280	619	303	2.04	6.54%	-

In domain[edit]

Pair	Lines	Words (L1)	Words (L2)	Ambig. tokens	Ambig. types	Ambig token/type	% ambig	Av. trad/word
br-fr	1,000	13,854	13,878	1,163	372	3.13	8.39%	-
en-es	1,000	19,882	20,944	1,469	337	4.35	7.38%	-
eu-es	1,000	7,967	11,476	1,360	412	3.30	17.07%	-
mk-en	1,000	13,441	14,228	3,872	1,289	3.00	28.80%	-

% ambig = number of SL tokens with >1 translation

EAMT-style results[edit]

Out of domain[edit]

LER[edit]

Pair	freq	tlm	ling	alig	rules (c>1.5)	rules (c>2.0)	rules (c>2.5)	rules (c>3.0)	rules (c>3.5)	rules (c>4.0)
en-es	— [44.5, 52.0]	— [34.7, 41.9]	667 [24.7, 31.9]	630 [ 21.4 , 28.4 ]	2881 [20.2, 27.2]	2728 [20.2, 27.2]	1683 [20.7, 27.6]	1578 [20.7, 27.6]	1242 [20.7, 27.6]	1197 [20.7, 27.6]

BLEU[edit]

Pair	freq	tlm	ling	alig	rules (c>1.5)	rules (c>2.0)	rules (c>2.5)	rules (c>3.0)	rules (c>3.5)	rules (c>4.0)
en-es	[0.1885, 0.2133]	[0.1953, 0.2201]	[0.1832, 0.2067]	[0.1832, 0.2067]	[0.1831, 0.2067]	[0.1830, 0.2067]	[ [0.1828, 0.2063]	[0.1828, 0.2063]	[0.1828, 0.2063]

In domain[edit]

LER[edit]

$c$ is the "crispiness" ratio, the amount of times an alternative translation is seen in a given context compared to the default translation. So, a $c$ of 2.0 means that the translation appears twice as frequently as the default.

Pair	freq	tlm	ling	alig	rules (c>1.5)	rules (c>2.0)	rules (c>2.5)	rules (c>3.0)	rules (c>3.5)	rules (c>4.0)
br-fr	— [58.9, 64.8]	— [44.2, 50.5]	168 [54.8, 60.7]	115 [28.5, 34.1]	221 [27.8, 33.3]	213 [27.6, 33.0]	159 [26.3, 31.8]	150 [26.1, 31.6]	135 [27.2, 32.8]	135 [27.2, 32.8]
en-es	— [21.0, 25.3]	— [15.1, 18.9]	667 [20.7, 25.1	630 [7.2, 10.0]	2881 [5.9, 8.6]	2728 [6.0, 8.6]	1683 [5.7, 8.3]	1578 [5.7, 8.3]	1242 [6.0, 8.5]	1197 [5.9, 8.6]
eu-es	— [41.1, 46.6]	— [38.8, 44.2]	697 [47.8, 53.0]	598 [16.5, 20.8]	2253 [20.2, 24.7]	2088 [17.2, 21.7]	1382 [16.8, 21.0]	1266 [16.1, 20.4]	1022 [15.9, 20.2]	995 [16.0, 20.3]
mk-en	— [42.4, 46.3]	— [27.1, 30.8]	1385 [28.8, 32.6]	1079 [19.0, 22.2]	1684 [18.5, 21.5]	1635 [18.6, 21.6]	1323 [19.1, 22.2]	1271 [19.0, 22.0]	1198 [19.1, 22.1]	1079 [19.1, 22.1]

BLEU[edit]

Pair	freq	tlm	ling	alig	rules (c>1.5)	rules (c>2.0)	rules (c>2.5)	rules (c>3.0)	rules (c>3.5)	rules (c>4.0)
br-fr	— [0.1247, 0.1420]	— [0.1397, 0.1572]	168 [0.1325, 0.1503]	115 [0.1344, 0.1526]	221 [0.1367, 0.1551]	213 [0.1367, 0.1549]	159 [0.1374, 0.1554]	150 [0.1364, 0.1543]	135 [0.1352, 0.1535]	135 [0.1352, 0.1535]
en-es	— [0.2151, 0.2340]	— [0.2197, 0.2384]	667 [0.2148, 0.2337]	630 [0.2208, 0.2398]	2881 [0.2217, 0.2405]	2728 [0.2217, 0.2406]	1683 [0.2217, 0.2407]	1578 [0.2217, 0.2407]	1242 [0.2217, 0.2407]	1197 [0.2217, 0.2408]
eu-es	— [0.0873, 0.1038]	— [0.0921, 0.1093]	697 [0.0870, 0.1030]	598 [0.0972, 0.1149]	2253 [0.0965, 0.1142]	2088 [0.0971, 0.1147]	1382 [0.0971, 0.1148]	1266 [0.0971, 0.1148]	1022 [0.0973, 0.1150]	995 [0.0973, 0.1150]
mk-en	— [0.2300, 0.2511]	— [0.2976, 0.3230]	1385 [0.2337, 0.2563]	1079 [0.2829, 0.3064]	1684 [0.2838, 0.3071]	1635 [0.2834, 0.3067]	1323 [0.2825, 0.3058]	1271 [0.2827, 0.3059]	1198 [0.2827, 0.3059]	1079

Learning monolingually (winner-takes-all)[edit]

Setup:

SL side of the training corpus
All possibilities translated and scored
Absolute winners taken
Rules generated by counting ngrams in the same way as with the parallel corpus, only no alignment needed as it works like an annotated corpus.

Out of domain[edit]

LER[edit]

Pair	freq	tlm	ling	alig	rules (c>1.5)	rules (c>2.0)	rules (c>2.5)	rules (c>3.0)	rules (c>3.5)	rules (c>4.0)
en-es	[44.5, 52.0]	[34.7, 41.9]	[24.7, 31.9]		[30.2, 37.9]	[30.2, 37.9]	[29.2, 37.0]	[29.3, 36.8]	[29.0, 36.4]	[29.1, 36.5]

BLEU[edit]

Pair	freq	tlm	ling	alig	rules (c>1.5)	rules (c>2.0)	rules (c>2.5)	rules (c>3.0)	rules (c>3.5)	rules (c>4.0)
en-es	[0.1885, 0.2133]	[0.1953, 0.2201]	[0.1832, 0.2067]		[0.1806, 0.2042]	[0.1806, 0.2042]	[0.1808, 0.2043]	[0.1810, 0.2046]	[0.1809, 0.2045]	[0.1809, 0.2045]

In domain[edit]

LER[edit]

Pair	freq	tlm	ling	alig	rules (c>1.5)	rules (c>2.0)	rules (c>2.5)	rules (c>3.0)	rules (c>3.5)	rules (c>4.0)
br-fr	— [58.9, 64.8]	— [44.2, 50.5]	168 [54.8, 60.7]	115	261 [53.5, 59.2]	247 [52.1, 58.2]	172 [54.3, 60.2]	165 [52.7, 58.4]	138 [50.5, 56.3]	136 [50.6, 56.6]
en-es	— [21.0, 25.3]	— [15.1, 18.9]	667 [20.7, 25.1]	? ?	2595 [15.0, 19.0]	2436 [15.1, 19.1]	1520 [13.7, 17.6]	1402 [13.6, 17.3]	1065 [13.9, 17.7]	1024 [13.9, 17.8]
eu-es	— [41.1, 46.6]	— [38.8, 44.2]	? [47.8, 53.0]	?	2631 [40.9, 46.4]	2427 [40.9, 46.5]	1186 [40.7, 46.1]	1025 [40.7, 46.2]	685 [40.5, 45.9]	641 [40.5, 45.9]
mk-en	— [42.4, 46.3]	— [27.1, 30.8]	1385 [28.8, 32.6]	?	1698 [27.8, 31.5]	1662 [27.8, 31.4]	1321 [27.8, 31.4]	1285 [27.8, 31.4]	1186 [27.7, 31.4]	1180 [27.7, 31.4]

BLEU[edit]

Pair	freq	tlm	ling	alig	rules (c>1.5)	rules (c>2.0)	rules (c>2.5)	rules (c>3.0)	rules (c>3.5)	rules (c>4.0)
br-fr	— [0.1247, 0.1420]	— [0.1397, 0.1572]	168 [0.1325, 0.1503]	115	261 [0.1250, 0.1425]	247 [0.1252, 0.1429]	172 [0.1240, 0.1412]	165 [0.1243, 0.1416]	138 [0.1255, 0.1429]	136 [0.1255, 0.1429]
en-es	— [0.2151, 0.2340]	— [0.2197, 0.2384]	667 [0.2148, 0.2337]	?	2595 [0.2180, 0.2371]	2436 [0.2180, 0.2372]	1520 [0.2190, 0.2380]	1402 [0.2190, 0.2381]	1065 [0.2189, 0.2380]	1024 [0.2189, 0.2380]
eu-es	— [0.0873, 0.1038]	— [0.0921, 0.1093]	? [0.0870, 0.1030]	?	2631 [0.0875, 0.1040]	2427 [0.0878, 0.1042]	1186 [0.0878, 0.1043]	1025 [0.0878, 0.1043]	685 [0.0879, 0.1043]	641 [0.0879, 0.1043]
mk-en	— [0.2300, 0.2511]	— [0.2976, 0.3230]	1385 [0.2567, 0.2798]		1698 [0.2694, 0.2930]	1662 [0.2695, 0.2931]	1321 [0.2696, 0.2935]	1285 [0.2696, 0.2935]	1186 [0.2696, 0.2934]	1180 [0.2696, 0.2934]

Learning monolingually (fractional counts)[edit]

Setup:

SL side of the training corpus
All possibilities translated and scored
Probabilities normalised into fractional counts (e.g. add them up to get a total, then divide each prob by the total).
- log prob converted into normal prob using exp10()
Rules generated by counting fractions from the translated file.

In domain[edit]

LER[edit]

BLEU[edit]

Out of domain[edit]

LER[edit]

BLEU[edit]

MaxEnt[edit]

With alignments[edit]

Pair	alig	rule-best	ME (>5)	ME (>3)
br-fr	33.4	31.5	31.8	29.9
mk-en	19.9	19.8	18.9	17.8
eu-es	18.5	17.9	17.4	19.9
en-es	8.6	7.0	6.3	6.3

With fractional counts[edit]

Pair	alig	rule-best	ME (>5)	ME (>3)	ME (>1)	ME (>0)
br-fr	43.4	43.1	61.9	46.2	48.2	49.9
mk-en	29.5
eu-es	41.2		43.9	44.4
en-es	11.9	11.7	11.4	11.9

Notes[edit]

Experiments in Domain Adaptation for Statistical Machine Translation
Semi-supervised model adaptation for statistical machine translation
Domain Adaptation for Statistical Machine Translation with Monolingual Resources
"We found that the largest gain (25% relative) is achieved when in-domain data are available for the target language. A smaller performance improvement is still observed (5% relative) if source adaptation data are available. We also observed that the most important role is played by the LM adaptation, while the adaptation of the TM and RM gives consistent but small improvement."

@@ Line 1: / Line 1: @@
+{{TOCD}}
+==TODO==
+* <s>Do LER in/out domain testing for the en-es setup with news commentary.</s>
+* <s>Do BLEU in/out domain testing for the en-es setup with news commentary.</s>
+* <s>mk-en: why is TLM LER/BLEU so much better ?</s>
+** (partial) answer: 0-context rules (e.g. defaults) not applying properly. Fixed by running in series. This "solves" the LER issue.
+** (partial) answer: preposition selection is much better. We could try running with ling-default preps.
+* Do pairwise bootstrap resampling for each of best baseline + best rules
+** (done) for parallel
+* <s>why do eu-es rules not improve over freq ?</s>
+** (partial) answer: some rules do not apply because of tag wankery. See line #129774 in the test corpus. Need to define better how tags work. Perhaps only include tags where ambiguous ?
+* <s>why do breton numbers for monolingual rules not approach TLM ? </s>
+** because of crispiness being too low.
+* <s>why when we add more data, do the results get worse ? </s>
+** because of crispiness being too low.
+* rerun the mk-en stuff with frac counts.
+* run br-fr test with huge data.
+* try decreasing the C with corpus size.
+==Corpus stats==
 {|class=wikitable
-! Language pair !! Corpus               !! Lines     !! W. (src)   !! SL cov. ||  W. (train) !! Words (test) !! Uniq. tokens >1 trad. !! Avg. trad / word !!
+! Pair !! Corpus               !! Lines     !! W. (src)   !! SL cov. || Extracted || Extracted (%) || L. (train) !! L. (test) !! L (dev) !! Uniq. tokens >1 trad. !! Avg. trad / word !!
 |-
-| br-fr         || oab                  ||           ||            ||        ||   ||   ||     ||
+| br-fr         || oab                  || 57,305    || 702,328    || 94.47% || 4,668  || 8.32 || 2,668  || 1,000 || 1,000  || 603    || 1.07
 |-
-| en-es         || europarl             || 1,467,708 || 30,154,098 || 98.08% || - || - || 2,082 || 1.08
+| en-es         || europarl             || 1,467,708 || 30,154,098 || 98.08% || 312,162  || 22.18 || 310,162 || 1,000|| 1,000  || 2,082  || 1.08
 |-
-| eu-es         || opendata.euskadi.net || 765,115   || 10,190,079 || 91.70% || - || - || 1,806 || 1.30
+| eu-es         || opendata.euskadi.net || 765,115   || 10,190,079 || 91.70% || 87,907 || 11.48 || 85,907 || 1,000|| 1,000  || 1,806  || 1.30
 |-
-| mk-en         || setimes              ||           ||            ||        ||   ||   ||     ||
+| mk-en         || setimes              || 190,493   || 4,259,338  || 92.17% || 19,747  || 10.94 || 17,747  || 1,000|| 1,000   || 13,134 || 1.86
+|-
+| sh-mk         || setimes              ||           ||            ||        ||   || ||   ||   ||     || ||
 |-
-| sh-mk         || setimes              ||           ||            ||        ||   ||   ||     ||
 |}
+===Evaluation corpus===
-==Basque→Spanish==
+====Out of domain====
-<pre>
-cat europako_testuak_memoria_2010.tmx | iconv -f utf-16 -t utf-8 > europako_testuak_memoria_2010.tmx.u8
-cat 2010_memo_orokorra.tmx | iconv -f utf-16 -t utf-8 > 2010_memo_orokorra.tmx.u8
-python3 process-tmx.py europako_testuak_memoria_2010.tmx.u8 > europako_testuak_memoria_2010.txt
-python3 process-tmx.py 2010_memo_orokorra.tmx.u8 > 2010_memo_orokorra.txt
-cat 2010_memo_orokorra.txt | grep '^es' | cut -f2- > 2010_memo_orokorra.es.txt
-cat 2010_memo_orokorra.txt | grep '^eu' | cut -f2- > 2010_memo_orokorra.eu.txt
-cat europako_testuak_memoria_2010.txt | grep '^es' | cut -f2- > europako_testuak_memoria_2010.es.txt
-cat europako_testuak_memoria_2010.txt | grep '^eu' | cut -f2- > europako_testuak_memoria_2010.eu.txt
-cat europako_testuak_memoria_2010.es.txt 2010_memo_orokorra.es.txt > opendata.es
-cat europako_testuak_memoria_2010.eu.txt 2010_memo_orokorra.eu.txt > opendata.eu
+{|class=wikitable
-$ wc -l opendata.e*
+! Pair    || Lines || Words (L1) || Words (L2) || Ambig. tokens || Ambig. types || Ambig token/type || % ambig || Av. trad/word
-opendata.es
+|-
-opendata.eu
+| en-es   || 434   || 9,463      ||  10,280    || 619           || 303          ||  2.04            || 6.54%   || -
+|-
+|}
+====In domain====
+{|class=wikitable
-perl /home/fran/local/bin/scripts-20120109-1229/training/clean-corpus-n.perl opendata eu es opendata.clean 1 80
+! Pair    || Lines || Words (L1) || Words (L2) || Ambig. tokens || Ambig. types || Ambig token/type || % ambig || Av. trad/word
+|-
+| br-fr   || 1,000 || 13,854     || 13,878     || 1,163         || 372          || 3.13             || 8.39% || -
+|-
+| en-es   || 1,000 || 19,882     || 20,944     || 1,469         || 337          || 4.35             || 7.38% || -
+|-
+| eu-es   || 1,000 || 7,967      || 11,476     || 1,360         || 412          || 3.30             || 17.07% || -
+|-
+| mk-en   || 1,000 || 13,441     || 14,228     || 3,872         || 1,289        || 3.00             || 28.80% || -
+|-
+|}
+* % ambig = number of SL tokens with >1 translation
-cat opendata.clean.eu |apertium-destxt | apertium -f none -d ~/source/apertium-eu-es/ eu-es-pretransfer > opendata.tagged.eu
-cat opendata.clean.es |apertium-destxt | apertium -f none -d ~/source/apertium-eu-es/ es-eu-pretransfer > opendata.tagged.es &
+==EAMT-style results==
+===Out of domain===
-seq 1 771238 > opendata.lines
-paste opendata.lines opendata.tagged.eu opendata.tagged.es | grep '<' | cut -f1 > opendata.lines.new
-paste opendata.lines opendata.tagged.eu opendata.tagged.es | grep '<' | cut -f2 > opendata.tagged.eu.new
-paste opendata.lines opendata.tagged.eu opendata.tagged.es | grep '<' | cut -f3 > opendata.tagged.es.new
+====LER====
-mv opendata.lines.new opendata.lines
-mv opendata.tagged.es.new opendata.tagged.es
-mv opendata.tagged.eu.new opendata.tagged.eu
+{|class=wikitable style="text-align: center"
-cat opendata.tagged.eu | lt-proc -b ~/source/apertium-eu-es/eu-es.autobil.bin  >/tmp/eu-es.bil1
+! Pair    !!  freq !! tlm  !! ling         !! alig          !! rules<br/>(c>1.5) !! rules<br/>(c>2.0) !! rules<br/>(c>2.5) !! rules<br/>(c>3.0) !! rules<br/>(c>3.5) !! rules<br/>(c>4.0)
+|-
+| en-es   || <small>&mdash;</small><br/>[44.5, 52.0] || <small>&mdash;</small><br/>[34.7, 41.9] || <small>667</small><br/>[24.7, 31.9] || <small>630</small><br/>'''[ 21.4 , 28.4 ]''' || <small>2881</small><br/>'''[20.2, 27.2]''' || <small>2728</small><br/>'''[20.2, 27.2]''' || <small>1683</small><br/>[20.7, 27.6] ||  <small>1578</small><br/>[20.7, 27.6] || <small>1242</small><br/>[20.7, 27.6] || <small>1197</small><br/>[20.7, 27.6]
+|-
+|}
+====BLEU====
-cat opendata.tagged.eu | lt-proc -b ~/source/apertium-eu-es/eu-es.autobil-noRL.bin  >/tmp/eu-es.bil2
+<small>
-$ tail -n 1 /tmp/*.poly
+{|class=wikitable style="text-align: center"
-==> /tmp/eu-es.bil1.poly <==
+! Pair    !!  freq              !! tlm                 !! ling                    !! alig          !! rules<br/>(c>1.5) !! rules<br/>(c>2.0) !! rules<br/>(c>2.5) !! rules<br/>(c>3.0) !! rules<br/>(c>3.5) !! rules<br/>(c>4.0)
-.00240014637
+|-
+| en-es   ||  [0.1885, 0.2133]   || [0.1953, 0.2201]   ||    [0.1832, 0.2067]    ||  [0.1832, 0.2067]  ||   [0.1831, 0.2067]  || [0.1830, 0.2067] || [ [0.1828, 0.2063]     ||[0.1828, 0.2063] ||[0.1828, 0.2063] ||
+|-
+|}
+</small>
+===In domain===
-==> /tmp/eu-es.bil2.poly <==
-.3015831681
+====LER====
-mv /tmp/eu-es.bil2 opendata.biltrans.eu-es
+<math>c</math> is the "crispiness" ratio, the amount of times an alternative translation is seen in a given context compared to the default translation. So, a <math>c</math> of 2.0 means that the translation appears twice as frequently as the default.
-cat opendata.tagged.es | python /home/fran/source/apertium-lex-tools/scripts/process-tagger-output.py es > opendata.token.es
-cat opendata.tagged.eu |  python /home/fran/source/apertium-lex-tools/scripts/process-tagger-output.py eu > opendata.token.eu
-cat opendata.biltrans.eu-es | python /home/fran/source/apertium-lex-tools/scripts/process-biltrans-output.py > opendata.token.eu-es &
+{|class=wikitable style="text-align: center"
-$ nohup perl ~/local/bin/scripts-20120109-1229/training/train-model.perl -scripts-root-dir \
+! Pair    !!  freq !! tlm  !! ling         !! alig          !! rules<br/>(c>1.5) !! rules<br/>(c>2.0) !! rules<br/>(c>2.5) !! rules<br/>(c>3.0) !! rules<br/>(c>3.5) !! rules<br/>(c>4.0)
- /home/fran/local/bin/scripts-20120109-1229/ -root-dir . -corpus opendata.token -f eu -e es -alignment grow-diag-final-and \
+|-
- -reordering msd-bidirectional-fe  -lm 0:5:/home/fran/corpora/europarl/europarl.lm:0 >log 2>&1 &
+| br-fr   ||  <small>&mdash;</small><br/>[58.9, 64.8]     ||   <small>&mdash;</small><br/>[44.2, 50.5]   || <small>168</small><br/>[54.8, 60.7] || <small>115</small><br/>[28.5, 34.1]  || <small>221</small><br/>[27.8, 33.3]  ||align="center"| <small>213</small><br/>[27.6, 33.0] || <small>159</small><br/>[26.3, 31.8]  || <small>150</small><br/>'''[26.1, 31.6]'''   || <small>135</small><br/>[27.2, 32.8]    || <small>135</small><br/> [27.2, 32.8]
+|-
-paste opendata.lines opendata.token.eu opendata.token.es  | grep -v '\*.*\*.*\*.*\*.*\*.*\*.*\*.*\*.*\*.*\*' | cut -f1 > opendata.lines.new&
+| en-es   ||  <small>&mdash;</small><br/>[21.0, 25.3]     ||   <small>&mdash;</small><br/>[15.1, 18.9]   || <small>667</small><br/>[20.7, 25.1 || <small>630</small><br/>[7.2, 10.0]  ||   <small>2881</small><br/>[5.9, 8.6]     ||  <small>2728</small><br/>[6.0, 8.6]        ||   <small>1683</small><br/>'''[5.7, 8.3]'''     ||  <small>1578</small><br/>'''[5.7, 8.3]'''        ||  <small>1242</small><br/>[6.0, 8.5]   || <small>1197</small><br/>[5.9, 8.6]
-paste opendata.lines opendata.token.eu opendata.token.es  | grep -v '\*.*\*.*\*.*\*.*\*.*\*.*\*.*\*.*\*.*\*' | cut -f2 > opendata.eu.new &
+|-
-paste opendata.lines opendata.token.eu opendata.token.es  | grep -v '\*.*\*.*\*.*\*.*\*.*\*.*\*.*\*.*\*.*\*' | cut -f3 > opendata.es.new &
+| eu-es   ||   <small>&mdash;</small><br/>[41.1, 46.6]    ||   <small>&mdash;</small><br/>[38.8, 44.2]   || <small>697</small><br/>[47.8, 53.0] || <small>598</small><br/>[16.5, 20.8]   ||   <small>2253</small><br/>[20.2, 24.7]     ||   <small>2088</small><br/>[17.2, 21.7]     || <small>1382</small><br/>[16.8, 21.0]      || <small>1266</small><br/>[16.1, 20.4]        || <small>1022</small><br/>'''[15.9, 20.2]'''  ||<small>995</small><br/>[16.0, 20.3]
+|-
+| mk-en   ||   <small>&mdash;</small><br/>[42.4, 46.3]      ||  <small>&mdash;</small><br/>[27.1, 30.8]    || <small>1385</small><br/>[28.8, 32.6] || <small>1079</small><br/>[19.0, 22.2] || <small>1684</small><br/>'''[18.5, 21.5]'''   || <small>1635</small><br/>[18.6, 21.6]  ||   <small>1323</small><br/>[19.1, 22.2]     ||    <small>1271</small><br/>[19.0, 22.0]    ||  <small>1198</small><br/>[19.1, 22.1]  ||  <small>1079</small><br/> [19.1, 22.1]
+|-
+|}
+====BLEU====
+<small>
-mv opendata.lines.new opendata.lines
+{|class=wikitable style="text-align: center"
-mv opendata.es.new opendata.token.es
+! Pair    !!  freq !! tlm  !! ling         !! alig          !! rules<br/>(c>1.5) !! rules<br/>(c>2.0) !! rules<br/>(c>2.5) !! rules<br/>(c>3.0) !! rules<br/>(c>3.5) !! rules<br/>(c>4.0)
-mv opendata.eu.new opendata.token.eu
+|-
+| br-fr   ||  <small>&mdash;</small><br/>[0.1247, 0.1420]     ||   <small>&mdash;</small><br/><b>[0.1397, 0.1572]</b>   || <small>168</small><br/>[0.1325, 0.1503] || <small>115</small><br/>[0.1344, 0.1526]  || <small>221</small><br/>[0.1367, 0.1551]  ||align="center"| <small>213</small><br/>[0.1367, 0.1549] || <small>159</small><br/><b>[0.1374, 0.1554]</b>  || <small>150</small><br/>[0.1364, 0.1543] || <small>135</small><br/>[0.1352, 0.1535]   || <small>135</small><br/>[0.1352, 0.1535]
+|-
+| en-es   || <small>&mdash;</small><br/>[0.2151, 0.2340]    ||  <small>&mdash;</small><br/>[0.2197, 0.2384]    || <small>667</small><br/>[0.2148, 0.2337] || <small>630</small><br/>[0.2208, 0.2398] || <small>2881</small><br/>[0.2217, 0.2405] || <small>2728</small><br/>[0.2217, 0.2406] || <small>1683</small><br/><b>[0.2217, 0.2407]</b> || <small>1578</small><br/><b>[0.2217, 0.2407]</b> || <small>1242</small><br/>[0.2217, 0.2407] || <small>1197</small><br/>[0.2217, 0.2408]
+|-
+| eu-es || <small>&mdash;</small><br/>[0.0873, 0.1038] || <small>&mdash;</small><br/>[0.0921, 0.1093] || <small>697</small><br/>[0.0870, 0.1030] || <small>598</small><br/>[0.0972, 0.1149] ||  <small>2253</small><br/>[0.0965, 0.1142] ||  <small>2088</small><br/>[0.0971, 0.1147] || <small>1382</small><br/>[0.0971, 0.1148] || <small>1266</small><br/>[0.0971, 0.1148] || <small>1022</small><br/>'''[0.0973, 0.1150]''' || <small>995</small><br/>'''[0.0973, 0.1150]'''
+|-
+| mk-en   ||   <small>&mdash;</small><br/>[0.2300, 0.2511]    ||  <small>&mdash;</small><br/>'''[0.2976, 0.3230]'''    || <small>1385</small><br/>[0.2337, 0.2563] || <small>1079</small><br/>[0.2829, 0.3064] || <small>1684</small><br/>'''[0.2838, 0.3071]'''  || <small>1635</small><br/>[0.2834, 0.3067] ||   <small>1323</small><br/> [0.2825, 0.3058]   ||    <small>1271</small><br/>[0.2827, 0.3059]    ||  <small>1198</small><br/>[0.2827, 0.3059]  ||  <small>1079</small><br/>
+|-
+|}
+</small>
+==Learning monolingually (winner-takes-all)==
+Setup:
+* SL side of the training corpus
+* All possibilities translated and scored
+* Absolute winners taken
+* Rules generated by counting ngrams in the same way as with the parallel corpus, only no alignment needed as it works like an annotated corpus.
+===Out of domain===
+====LER====
+{|class=wikitable style="text-align: center"
+! Pair    !!  freq !! tlm  !! ling         !! alig          !! rules<br/>(c>1.5) !! rules<br/>(c>2.0) !! rules<br/>(c>2.5) !! rules<br/>(c>3.0) !! rules<br/>(c>3.5) !! rules<br/>(c>4.0)
+|-
+| en-es   ||  [44.5, 52.0]  ||  [34.7, 41.9]    || [24.7, 31.9]           ||               ||  [30.2, 37.9] || [30.2, 37.9] || [29.2, 37.0] || [29.3, 36.8] || '''[29.0, 36.4]''' || [29.1, 36.5]
+|-
+|}
+====BLEU====
+<small>
+{|class=wikitable style="text-align: center"
+! Pair    !!  freq !! tlm  !! ling         !! alig          !! rules<br/>(c>1.5) !! rules<br/>(c>2.0) !! rules<br/>(c>2.5) !! rules<br/>(c>3.0) !! rules<br/>(c>3.5) !! rules<br/>(c>4.0)
+|-
+| en-es   ||  [0.1885, 0.2133]   || [0.1953, 0.2201]   ||    [0.1832, 0.2067]       ||               ||  [0.1806, 0.2042] ||  [0.1806, 0.2042] || [0.1808, 0.2043]  || [0.1810, 0.2046]  || [0.1809, 0.2045]  ||  [0.1809, 0.2045]
+|-
+|}
+</small>
+===In domain===
+====LER====
+{|class=wikitable style="text-align: center"
+! Pair    !!  freq !! tlm  !! ling         !! alig          !! rules<br/>(c>1.5) !! rules<br/>(c>2.0) !! rules<br/>(c>2.5) !! rules<br/>(c>3.0) !! rules<br/>(c>3.5) !! rules<br/>(c>4.0)
+|-
+| br-fr   ||  <small>&mdash;</small><br/>[58.9, 64.8]     ||   <small>&mdash;</small><br/>'''[44.2, 50.5]'''    || <small>168</small><br/>[54.8, 60.7]  || <small>115</small><br/>  || <small>261</small><br/>[53.5, 59.2]    ||align="center"| <small>247</small><br/>[52.1, 58.2] || <small>172</small><br/>[54.3, 60.2]   || <small>165</small><br/>[52.7, 58.4]  || <small>138</small><br/>'''[50.5, 56.3]'''   || <small>136</small><br/>[50.6, 56.6]
+|-
+| en-es   || <small>&mdash;</small><br/>[21.0, 25.3] || <small>&mdash;</small><br/>[15.1, 18.9] || <small>667</small><br/>[20.7, 25.1] || <small>?</small><br/>? || <small>2595</small><br/>[15.0, 19.0] || <small>2436</small><br/>[15.1, 19.1] || <small>1520</small><br/>[13.7, 17.6] || <small>1402</small><br/>'''[13.6, 17.3]''' || <small>1065</small><br/>[13.9, 17.7]   || <small>1024</small><br/>[13.9, 17.8]
+|-
+| eu-es   || <small>&mdash;</small><br/>[41.1, 46.6] || <small>&mdash;</small><br/>'''[38.8, 44.2]''' || <small>?</small><br/>[47.8, 53.0]  || <small>?</small><br/> || <small>2631</small><br/>[40.9, 46.4]  || <small>2427</small><br/>[40.9, 46.5]  || <small>1186</small><br/>[40.7, 46.1]  || <small>1025</small><br/>[40.7, 46.2]  || <small>685</small><br/>'''[40.5, 45.9]'''  || <small>641</small><br/>'''[40.5, 45.9]'''
+|-
+| mk-en   || <small>&mdash;</small><br/>[42.4, 46.3] || <small>&mdash;</small><br/>'''[27.1, 30.8]'''  || <small>1385</small><br/>[28.8, 32.6]  ||  <small>?</small><br/><!--[27.2, 30.8]--> ||  <small>1698</small><br/>[27.8, 31.5] ||  <small>1662</small><br/>[27.8, 31.4]  ||  <small>1321</small><br/>[27.8, 31.4] ||  <small>1285</small><br/>[27.8, 31.4] ||  <small>1186</small><br/>'''[27.7, 31.4]''' ||  <small>1180</small><br/>'''[27.7, 31.4]'''
+|-
+|}
+====BLEU====
+<small>
+{|class=wikitable style="text-align: center"
+! Pair    !!  freq !! tlm  !! ling         !! alig          !! rules<br/>(c>1.5) !! rules<br/>(c>2.0) !! rules<br/>(c>2.5) !! rules<br/>(c>3.0) !! rules<br/>(c>3.5) !! rules<br/>(c>4.0)
+|-
+| br-fr   ||  <small>&mdash;</small><br/>[0.1247, 0.1420]     ||   <small>&mdash;</small><br/><b>[0.1397, 0.1572]</b>   || <small>168</small><br/>[0.1325, 0.1503]   || <small>115</small><br/> || <small>261</small><br/>[0.1250, 0.1425] ||align="center"| <small>247</small><br/>[0.1252, 0.1429] || <small>172</small><br/>[0.1240, 0.1412]  || <small>165</small><br/>[0.1243, 0.1416] || <small>138</small><br/><b>[0.1255, 0.1429]</b>   || <small>136</small><br/><b>[0.1255, 0.1429]</b>
+|-
+| en-es   || <small>&mdash;</small><br/>[0.2151, 0.2340] || <small>&mdash;</small><br/><b>[0.2197, 0.2384]</b> || <small>667</small><br/>[0.2148, 0.2337]  || <small>?</small><br/> || <small>2595</small><br/>[0.2180, 0.2371] || <small>2436</small><br/>[0.2180, 0.2372] || <small>1520</small><br/>[0.2190, 0.2380] || <small>1402</small><br/><b>[0.2190, 0.2381]</b> || <small>1065</small><br/>[0.2189, 0.2380] || <small>1024</small><br/>[0.2189, 0.2380]
+|-
+| eu-es   || <small>&mdash;</small><br/>[0.0873, 0.1038] || <small>&mdash;</small><br/>'''[0.0921, 0.1093]''' || <small>?</small><br/>[0.0870, 0.1030]  || <small>?</small><br/> || <small>2631</small><br/>[0.0875, 0.1040]  || <small>2427</small><br/>[0.0878, 0.1042]  || <small>1186</small><br/>[0.0878, 0.1043]  || <small>1025</small><br/>[0.0878, 0.1043]  || <small>685</small><br/>'''[0.0879, 0.1043]'''  || <small>641</small><br/>'''[0.0879, 0.1043]'''
+|-
+| mk-en   || <small>&mdash;</small><br/>[0.2300, 0.2511]  || <small>&mdash;</small><br/>'''[0.2976, 0.3230]'''  || <small>1385</small><br/>[0.2567, 0.2798]  || ||  <small>1698</small><br/>[0.2694, 0.2930] ||  <small>1662</small><br/>[0.2695, 0.2931] ||  <small>1321</small><br/>'''[0.2696, 0.2935]''' ||  <small>1285</small><br/>'''[0.2696, 0.2935]'''  ||  <small>1186</small><br/>[0.2696, 0.2934]  ||  <small>1180</small><br/> [0.2696, 0.2934]
+|-
+|}
+</small>
+==Learning monolingually (fractional counts)==
+Setup:
+* SL side of the training corpus
+* All possibilities translated and scored
+* Probabilities normalised into fractional counts (e.g. add them up to get a total, then divide each prob by the total).
+** log prob converted into normal prob using exp10()
+* Rules generated by counting fractions from the translated file.
+===In domain===
+====LER====
+====BLEU====
+===Out of domain===
+====LER====
+====BLEU====
+==MaxEnt==
+===With alignments===
+{|class=wikitable
+! Pair  || alig || rule-best ||   ME (>5) || ME (>3)
+|-
+| br-fr || 33.4 ||    31.5   ||   31.8    || 29.9
+|-
+| mk-en || 19.9 ||   19.8    ||   18.9   || 17.8
+|-
+| eu-es || 18.5 ||  17.9   ||   17.4    || 19.9
+|-
+| en-es || 8.6  ||   7.0     ||    6.3    || 6.3
+|-
+|}
+===With fractional counts===
+{|class=wikitable
+! Pair  || alig || rule-best ||   ME (>5) || ME (>3) || ME (>1) || ME (>0)
+|-
+| br-fr || 43.4 ||   43.1    ||   61.9   || 46.2    || 48.2   || 49.9
+|-
+| mk-en || 29.5 ||      ||      ||   ||
+|-
+| eu-es || 41.2  ||       ||   43.9    || 44.4  ||
+|-
+| en-es || 11.9 ||   11.7     ||  11.4  || 11.9  ||
+|-
+|}
+==Notes==
-paste opendata.lines opendata.token.eu opendata.token.es  | grep -v '<sent>.*<sent>.*<sent>.*<sent>.*<sent>.*<sent>' | cut -f1 > opendata.lines.new
-paste opendata.lines opendata.token.eu opendata.token.es  | grep -v '<sent>.*<sent>.*<sent>.*<sent>.*<sent>.*<sent>' | cut -f2 > opendata.eu.new &
-paste opendata.lines opendata.token.eu opendata.token.es  | grep -v '<sent>.*<sent>.*<sent>.*<sent>.*<sent>.*<sent>' | cut -f3 > opendata.es.new &
-mv opendata.lines.new opendata.lines
-mv opendata.es.new opendata.token.es
-mv opendata.eu.new opendata.token.eu
+* [http://acl.ldc.upenn.edu/W/W07/W07-0733.pdf Experiments in Domain Adaptation for Statistical Machine Translation]
-</pre>
+* [http://www.cs.sfu.ca/~anoop/papers/pdf/ssl-smt-mtjournal07.pdf Semi-supervised model adaptation for statistical machine translation]
+* [http://www.mt-archive.info/WMT-2009-Bertoldi.pdf Domain Adaptation for Statistical Machine Translation with Monolingual Resources]
+*: "We found that the largest gain (25% relative) is achieved when in-domain data are available for the target language. A smaller performance improvement is still observed (5% relative) if source adaptation data are available. We also observed that the most important role is played by the LM adaptation, while the adaptation of the TM and RM gives consistent but small improvement."

Difference between revisions of "User:Francis Tyers/Experiments"

Latest revision as of 10:49, 22 November 2012

Contents

TODO[edit]

Corpus stats[edit]

Evaluation corpus[edit]

Out of domain[edit]

In domain[edit]

EAMT-style results[edit]

Out of domain[edit]

LER[edit]

BLEU[edit]

In domain[edit]

LER[edit]

BLEU[edit]

Learning monolingually (winner-takes-all)[edit]

Out of domain[edit]

LER[edit]

BLEU[edit]

In domain[edit]

LER[edit]

BLEU[edit]

Learning monolingually (fractional counts)[edit]

In domain[edit]

LER[edit]

BLEU[edit]

Out of domain[edit]

LER[edit]

BLEU[edit]

MaxEnt[edit]

With alignments[edit]

With fractional counts[edit]

Notes[edit]

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