Morphological corpus of the Tajik language, combining data from tajik-corpus.org. Contains wordforms, lemmas, grammatical tags, and frequency information.
📖 Description
The dataset includes 200,144 entries (wordforms with their morphological analyses) with:
wordform (word)
lemma (base form)
grammar tag (grammar) - combines POS and grammatical features
part of speech (pos)
grammatical features (features)
gloss (short meaning)
English translation (trans_en)
Russian translation (trans_ru)
raw grammar tag (gramm_raw)
frequency (freq) - number of occurrences in the corpus
📊 Statistics
Metric
Value
Total entries
200,144
Unique wordforms
135,595
Unique lemmas
20,618
Unique grammar tags
10,287
Total frequency sum
200,144
Mean frequency per entry
1.0
Median frequency
1.0
Part of Speech Distribution
Part of Speech
Count
N
126,907
ADJ
44,995
V
21,501
ADV
3,975
PRON
886
NUM
774
CONJ
383
INTJ
300
PRTCL
285
PREP
92
part
31
POST
11
INTZ
3
PROP
1
Most Frequent Words
Word
Frequency
бозоргонам
12
бозоргоне
12
бозоргонеро
12
бозӣ
12
баротӣ
11
баротам
10
баҳодурӣ
10
бозорам
10
бозоре
10
бозореро
10
Most Frequent Lemmas
Lemma
Frequency
сар
276
бар
267
овардан
226
ёфтан
223
кардан
215
гуфтан
202
боз
201
додан
194
кор
194
омадан
193
Most Frequent Grammar Tags
Grammar Tag
Count
N,sg
9,077
N,sg,ezf
7,579
N,and
5,502
N,sg,and
5,502
ADJ,sg
4,589
N,sg,obj.def
3,441
ADJ,sg,ezf
3,221
N,sg,indef
2,995
N,sg,rel
2,995
N,pl,ezf
2,783
Word Length Statistics (in characters)
Statistic
Characters
Mean
8
Median
8
Minimum
1
Maximum
21
Number of Grammatical Features per Wordform
Statistic
Number of Tags
Mean
4.6
Median
4
Minimum
1
Maximum
15
🚀 Usage Example
from datasets import load_dataset
# Load the dataset
dataset = load_dataset("TajikNLPWorld/TajikUnifiedCorpus")
train = dataset["train"]
# Filter nouns
nouns = train.filter(lambda x: x["pos"] == "N")
# Filter verbs in past tense
verbs_past = train.filter(lambda x: "past"in x["features"] if x["features"] elseFalse)
# Top 10 most frequent wordsimport pandas as pd
df = train.to_pandas()
top_words = df.groupby("word")["freq"].sum().nlargest(10)
print(top_words)
# Iterate through recordsfor record in train.select(range(5)):
print(f"{record['word']} -> {record['lemma']} ({record['grammar']})")
🔬 Possible Applications
Morphological analysis of Tajik language
Part-of-speech tagging training
Linguistic research
Dictionary and educational material creation
Grammatical pattern extraction
Machine translation systems
📜 Citation
If you use this dataset in your research, please cite: