3 research outputs found
Statistical Morphological Disambiguation for Kazakh Language
This paper presents the results of developing a statistical model for morphological
disambiguation of Kazakh text. Starting with basic assumptions we tried
to cope with the complex morphology of Kazakh language by breaking up lexical
forms across their derivational boundaries into inflectional groups and modeling
their behavior with statistical methods. We also provide maximum likelihood estimates
for the parameters and an effective way to perform disambiguation with
the Viterbi algorithm
Statistical Morphological Disambiguation for Kazakh Language
This paper presents the results of developing a statistical model for morphological
disambiguation of Kazakh text. Starting with basic assumptions we tried
to cope with the complex morphology of Kazakh language by breaking up lexical
forms across their derivational boundaries into inflectional groups and modeling
their behavior with statistical methods. We also provide maximum likelihood estimates
for the parameters and an effective way to perform disambiguation with
the Viterbi algorithm
Global stability analysis for a tick-borne model
Submitted to the Department of Mathematics on May 6, 2019, in partial fulfillment of the
requirements for the degree of Master of Science in Applied MathematicsThis thesis consider three type of epidemiological models: SIR, SIS and SIRS with nonlinear incidence rate and piecewise constant delay of generalized type. In this paper the total population size is varied with time elapse. We study the global asymptotic stability of the disease-free and endemic equilibrium states of models by constructing suitable Lyapunov functions and Lyapunov–LaSalle technique. The main contribution of this master thesis is to develop more realistic compartmental models by extending the literature of models with piecewise constant delay. The theoretical findings are illustrated through numerical simulations