Upgrade to Pro
— share decks privately, control downloads, hide ads and more …
Speaker Deck
Sign up for free
Menu
Search
Features
All features
Private URLs
Password Protection
Custom URLS
Scheduled publishing
Remove Branding
Restrict embedding
Deck Collections
Notes
Features
All features
Private URLs
Password Protection
Custom URLS
Scheduled publishing
Remove Branding
Restrict embedding
Deck Collections
Notes
Explore
Featured decks
Featured speakers
Programming
Technology
Storyboards
Explore
Featured decks
Featured speakers
Programming
Technology
Storyboards
Pricing
Search
Sign in
Sign up for free
Char-rnn aurkezpena
Search
Manex Agirrezabal
March 14, 2016
Research
120
0
Share
Embed
Copy iframe code
Copy JS code
Copy link
Start on current slide
Char-rnn aurkezpena
Manex Agirrezabal
March 14, 2016
More Decks by Manex Agirrezabal
See All by Manex Agirrezabal
The Flipped Classroom model for teaching Conditional Random Fields in an NLP course
manexagirrezabal
0
59
NLP for poetry generation and analysis
manexagirrezabal
0
94
Institut seminar 2020
manexagirrezabal
0
46
Automatic Scansion of Poetry (KU)
manexagirrezabal
0
680
RANLP talk
manexagirrezabal
0
85
Defense (Final version)
manexagirrezabal
0
97
Poesiaren eskantsio automatikoa: Bi hizkuntzen azterketa
manexagirrezabal
0
89
CodeFEST literature presentation
manexagirrezabal
0
74
Ongoing work (in mid 2016)
manexagirrezabal
0
32
Other Decks in Research
See All in Research
最先端NLP 2026 論文紹介: Wait, Wait, Wait... Why Do Reasoning Models Loop? / SNLP Paper Review: Wait, Wait, Wait... Why Do Reasoning Models Loop?
tkng
0
250
VRID: View-Invariant Representation through Dual-Axis Transformation for Cross-iew Pose Estimation
satai
3
110
[IR Reading 2026春 論文紹介] LLM-based Listwise Reranking under the Effect of Positional Bias (ECIR 2026) /IR-Reading-2026-Spring
koheishinden
PRO
0
450
Source Code Diff Revolution
tsantalis
0
180
長時間動画QAにおけるマルチエージェント推論 ・SVAgent: Storyline-Guided Long Video Understanding via Cross-Modal Multi-Agent Collaboration
murakawatakuya
1
210
2026年 オープンキャンパス 研究室紹介
junkurihara
0
220
Easy to Guess, Hard to Verify: Lessons from AIMO 3 for Olympiad-Level AI Mathematics
corochann
0
120
Cross-Media Information Spaces and Architectures
signer
PRO
0
380
量子サマースクール2026「量子計算機アーキテクチャ分野の概観」
youten622
1
940
視覚若手の会LENSって何??
mickey_0226
0
320
LA-Bench 2025:実験指示から実行可能手順を生成するためのデータセット/LA-Bench 2025: A Dataset for Generating Executable Experimental Procedures from Experimental Instructions
stktu
0
190
横浜市長(山中氏)の言動にかかる第三者による調査報告書
sishi2026
0
570
Featured
See All Featured
Impact Scores and Hybrid Strategies: The future of link building
tamaranovitovic
0
440
New Earth Scene 8
popppiees
4
2.6k
Facilitating Awesome Meetings
lara
57
7.2k
Primal Persuasion: How to Engage the Brain for Learning That Lasts
tmiket
0
490
Fight the Zombie Pattern Library - RWD Summit 2016
marcelosomers
234
18k
Odyssey Design
rkendrick25
PRO
2
850
Why Mistakes Are the Best Teachers: Turning Failure into a Pathway for Growth
auna
0
310
Design and Strategy: How to Deal with People Who Don’t "Get" Design
morganepeng
133
20k
RailsConf & Balkan Ruby 2019: The Past, Present, and Future of Rails at GitHub
eileencodes
141
35k
Why Our Code Smells
bkeepers
PRO
340
58k
個人開発の失敗を避けるイケてる考え方 / tips for indie hackers
panda_program
123
22k
Testing 201, or: Great Expectations
jmmastey
46
8.3k
Transcript
Poesiaren metrika DL bidez Manex Agirrezabal https://github.com/manexagirrezabal/char-rnn/
Proba ezberdinak TensorFlow: Sequence-to-sequence models https://www.tensorflow.org/versions/master/tutorials/seq2seq/index.html Torch: char-rnn (Andrew Karpathy)
https://github.com/karpathy/char-rnn/
Char-rnn http://karpathy.github.io/2015/05/21/rnn-effectiveness/ Karaktere mailako hizkuntz-ereduak sortzeko balio du. Sarrera gisa
testu hutsa.
Char-rnn Gure beharretarako moldatu behar: to swell the gourd and
plump the ha zel shells - ' - ' - ' - ' - ' wo man much missed how you call to me call to me ' - - ' - - ' - - ' - -
Char-rnn Dataset-a testu soil gisa: To_= swell_+ the_= gourd_+ and_=
plump_+ the_= ha_+ zel_= shells_+ To_= swell_+ the_= gourd_+ and_= plump_+ the_= hazel_+= shells_+ Wo_+ man_= much_= missed_+ how_= you_= call_+ to_= me_= call_+ to_= me_= Woman_+= much_= missed_+ how_= you_= call_+ to_= me_= call_+ to_= me_=
Char-rnn (training) $ th train.lua Parametroak: Model: [RNN, LSTM edo
GRU] rnn_size: LSTMaren (zelda) barruko tamaina num_layers: LSTMaren kapa kopurua seq_length: sekuentzian ikasteko karaktere kopurua
Char-rnn (prediction) $ th sample(mod).lua Parametroak: Model: eredu entrenatua Primetext:
sarrera testua (_ karakterearekin amaituta)
Char-rnn (prediction) Python programa bat (callSampleMod.py) aurreko programari deitzeko pausuz
pausu: $ th sampleMod.lua model M1 primetext “to_” = $ th sampleMod.lua model M1 primetext “to_= swell_” + $ th sampleMod.lua model M1 primetext “to_= swell_+ the_” = ...
Char-rnn (prediction) Arazoa: Hasieran, informazio gutxi duenez, batzuetan hanka sartzen
(+ propagatzen) du predikzioan. Adibidez, “to_” sarrerarekin Horrentzako soluzioa, predikzioa bi aldetara egitea.
Char-rnn (FW) Parametroak optimizatu nahi ditugu (seq_length, batch_size, rnn_size, ...)
Embedding-ak erabili nahi ditugu, baina gure hipotesia da ez dutela asko lagunduko.