Магазин
О сервисе
Услуги
Конкурсы
Новости
Акции
Помощь
8 800 500 11 67
RUB
Сменить валюту
Войти
Поиск
Все книги
Импринты
Бестселлеры
Бесплатные
Скидки
Подборки
Книги людям
12+
Все
Языкознание и филология
Языкознание: общее
Оглавление - Manual of comparative linguistics
Prefixation Ability Index (PAI) and Verbal Grammar Correlation Index (VGCI)
Alexander Akulov
Электронная
200 ₽
Печатная
531 ₽
Читать фрагмент
Купить
Объем: 117 бумажных стр.
Формат: epub, fb2, pdfRead, mobi
Подробнее
0.0
0
Оценить
О книге
отзывы
Оглавление
Читать фрагмент
1. Why typology but not lexis should be the base of genetic classification of languages
2. Prefixation Ability Index (PAI) allows us to see whether two languages can potentially be genetically related
2.1. PAI Method
2.1.1. PAI method background
2.1.2. PAI hypothesis development
2.1.3. PAI calculation algorithm
2.1.4. PAI method testing: from a hypothesis toward a theory
2.1.5. PAI of a group/stock
2.1.6. PAI in diachrony
2.1.7. Summary of PAI method
2.2. Why is it possible to prove that languages are not related?
2.3. Applying PAI method to some unsettled hypotheses
2.3.1. PAI against Nostratic hypothesis
2.3.2. Whether Ainu belongs to Altaic stock?
2.3.3. PAI suggests that Buyeo stock seems to be real
2.3.4. PAI against Mudrak’s hypotheses
2.3.5. Potential relatives of Ainu seem to be in South
2.3.6. Particular conclusion about PAI method
3. Verbal Grammar Correlation Index (VGCI)
3.1. VGCI Method
3.1.1. VGCI method background
3.1.2. Why the method is about verb?
3.1.3. General scheme of VGCI calculation
3.2. VGCI illustration and searching for threshold values
3.2.1. VGCI of English and Russian
3.2.2. VGCI of English and Lithuanian
3.2.3. VGCI of English and Latin
3.2.4. VGCI English and Persian
3.2.5. VGCI of Chinese and Tibetan
3.2.6. VGCI of Khmer and Vietnamese
3.2.7. VGCI of Hawaiian and Lha’alua
3.3. Measurement error
3.3.1. New list of Hawaiian forms
3.3.2. New VGCI of Hawaiian and Lha’alua
3.3.3. Measurement of error estimation
3.4. Whether is it possible for random languages to be coincidentially related
3.4.1. Estimation of probability of coincidence
3.4.2. Test of VGCI of randomly chosen languages with close values of PAI
3.5. Values of VGCI thresholds
3.6. Representation of grammar systems as topological vector space: key to further formalization of linguistics
4. VGCI proves unrelatedness
4.1. VGCI proves that Ainu and Austronesian are unrelated
4.1.1. VGCI of Ainu and Lha’alua
4.1.2. VGCI of Ainu and Cham
4.1.3. VGCI of Ainu and Hawaiian
4.1.4. Conclusion: Ainu isn’t relative of Austronesian stock
4.2. VGCI proves that Ainu and Mon-Khmer stock are unrelated
4.2.1. VGCI of Ainu and Khmer
4.2.2. VGCI of Ainu and Vietnamese
4.2.3. Conclusion: Ainu isn’t relative of Mon-Khmer stock
4.3. VGCI proves that Itelmen and Nivkh are not relatives
5. VGCI proves relatedness
5.1. VGCI proves that Austronesian and Mon-Khmer stocks are relatives
5.1.1. Khmer and Austronesian
5.1.2 Austronesian and Vietnamese
5.1.3. Conclusion about Aunstronesian and Mon-Khmer stocks genetic relationship
5.2. VGCI proves close relationship of Japanese and Korean
5.2.1. VGCI of Japanese and Korean
5.2.2. VGCI values of closely related languages
5.2.3. Conclusions about Buyeo group
6. General conclusion
References