AUTHORS: Bill Mutabazi, Peter Z. Revesz
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ABSTRACT: This paper utilizes lexicostatistics and agglomerative, bottom-up hierarchical clustering methods to to identify the interrelatedness of thirty-two different Bantu languages and to computer generate an evolutionary tree for the Bantu language family
KEYWORDS: - Bantu, Cognate, Hierarchical Clustering, Language Evolution, Lexicostatistics, Phylogenetic Tree
REFERENCES:
[
1] Atkinson, Q. D. (2003), “Language-tree
divergence times support the Anatolian theory of
Indo-European origin”, pages: 426, 435-439.
[2] Brown, D., Kass, R., Uri, E., and Bown, E.
(2014) Analysis of Neural Data. New York:
Springer Science, Business Media: Book Review. ,
Page: 73, 710-713.
[3] Dimmendaal, G. (2007). The Wadi Howar
diaspora: Linking linguistic diffusion to
palaeoclimatological and archaeological findings. In
Atlas of cultural and environmental change in arid
Africa, Africa Praehistorica 21, ed. Olaf Bubenzer,
Andreas Bolten, and Frank Darius, pp. 148-149.
Cologne: Heinrich-Barth-Institut.
[4] Griffith, F L. (1911). The Meroitic inscriptions
of Shablûl and Karanóg. University of Pennsylvania
E. B. Coxe Jr. Expedition to Nubia VI. Philadelphia:
University of Pennsylvania Museum.
[5] Hua, Guan-Jie, Che-Lun Hung, Chun-Yuan Lin,
Fu-Che Wu, Yu-Wei Chan, and Chuan Yi Tang
(2017), “MGUPGMA: A Fast UPGMA Algorithm
With Multiple Graphics Processing Units Using
NCCL.” Evolutionary Bioinformatics.
[6] Li Y. and Xu L. (2010), 'Unweighted Multiple
Group Method with Arithmetic Mean,' 2010 IEEE
Fifth International Conference on Bio-Inspired
Computing: Theories and Applications (BIC-TA),
Changsha, pp. 830-834.
[7] Revesz, P. Z (2016), “Bioinformatics
evolutionary tree algorithms reveal the history of the
Cretan Script Family,” International Journal of
Applied Mathematics and Informatics, 10, 67-76.
[8] Revesz, P. Z. (2017), “Establishing the WestUgric language family with Minoan, Hattic and
Hungarian by a decipherment of Linear A,” WSEAS
Transactions on Information Science and
Applications, 14, 306-335.
[9] Revesz, P. Z. (2018), “Spatio-temporal data
mining of major European river and mountain
names reveals their Near Eastern and African
origins,” 22nd European Conference on Advances
in Databases and Information Systems, Springer
LNCS 11019, 20-32.
[10] Revesz, P. Z. (2019), “Sumerian contains
Dravidian and Uralic substrates associated with the
Emegir and Emesal dialects,” WSEAS Transactions
on Information Science and Applications, 16, 8-30.
[11] Rilly, C. (2016), “Meroitic,” In Julie StauderPorchet, Andréas Stauder and Willeke Wendrich
(eds.), UCLA Encyclopedia of Egyptology, LA.
Online Version:
http://digital2.library.ucla.edu/viewItem.do?ark=211
98/zz002k7ghs
[12] Ringe, D. (1995), “ ‘Nostratic’ and the factor of
chance,” Diachronica 12:55–74.