Research Fields

Theoretical and Computational Science Center (TaCS-Center)-KMUTT

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        Researcher

 Research/Interest/Proficiency

1

Assoc.prof. POOM KUMAM
– Fixed Point Theory and Applications- Stability of Functional Equations- Functional Analysis- Random fixed point theory- Geometric Properties of Banach Spaces and Nonlinear Iterations- Metric Fixed Point Theory and Iterative algorithm of Fixed Points

  • Best approximation and fixed point theorems
  • Fixed Point Algorithms for Optimization
  • Nonlinear Functional Analysis and Convex Analysis
  • Variational inequalities, and equilibrium analysis in  economics
2
DR.CHATCHAWARN      WATCHARARUANGWIT
– Numerical Methods- Mathematical Analysis-Fourier Analysis- Wavelets transform
3
DR.KHAJONPONG AKKARAJITSAKUL
– Wireless Communications Services and Applications- Vehicular communications and networking-Radio resource management, link and medium access control for wireless networks- Applied game theory in wireless and communication networks
4
DR. DAWUD  THONGTHA
 – Probability Theory- Financial Mathematics- Real Analysis- Rate of Convergence for Central Limit Theorem
5
DR.TEERAPON  SAREEWONG
– Computational Neuroscience (Long-term Potentiation)- Mathematical Modelling (Epidemiology Models)- Mathematical Physiology (Insulin Modelling)
6
DR.ANUWAT   SAE-TANG
– Stochastic Analysis- Stochastic Differential Equations- Ito Calculus- Stochastic Models- Stochastic Process & Applications- Probability Theory- Other topics related to stochastic model
7
DR.PARIYA  SA NGIAMSUNTHORN
– Nonlinear Analysis- Partial Differential Equations- Shape Optimization- Evolution Equations- Variational Inequality- Dynamical Systems- Stability- Rate of Convergence
8
DR.SIKARIN   YOO-KONG
– Integrable Systems-Calogero-Moser System- Nonlinear Systems- Mathematical Physics

– Quantum Physics-Feynman’s path integral

9
DR. PHOND   PHUNCHONGHARN
– Wireless communications and networking, speci_cally, dynamic wireless access techniquesin cognitive radios, LTE-advanced wireless networks, and cognitive small cell/femtocell networks.- Mobile computing and distributed systems, speci_cally, resource allocation and management incognitive radio networks, wireless intelligent e-Health applications, and device-to-devicecommunications underlaying LTE-advanced wireless networks.- Wireless network optimization and robust optimization with an application in resource allocation of wireless communication and networking.- Queueing theory and Markov chain with an application in performance evaluation of communication systems.
10
DR.PARIWATE   VARNAKOVIDA
– Crime Mapping for the Battle Creek Evaluation- Modeling Networks and Evolution of Complex Systems- Log Linear Models for Indirect Population Estimation (Capture- Recapture)- Geospatial Technology, Land Cover- GIS/Remote Sensing- Land Use Land Cover Change Modeling and Sustainable Development

– Modeling Flooding Vulnerability of Coastal Mega Cities in Southeast Asia- The Use of GIS for Lampradong Water Management, Amphawa- Suitability Analysis for Wind Power

– Land Use Change and Disease Emergence program

– Mobile Incident Reporting and Mapping and Hot Spot Analysis and Tracking

– Insurgency Activities- Coupling Land-Atmosphere Processes- Assessing Urban Form and Carbon Intensity for Urban in Phuket

– Agriculture Yield Prediction for Sugarcane, Agriculture Yield Prediction for Palm

11
DR.WATCHARA   LIEWRIAN
– Theoretical Condensed Matter- Graphene- Theoretical Model of Spintronics materials and transport phenomena- Electrical properties of DNA
12
DR.APIWAT    WISITSORASAKA
– Computational physics- Amorphous materials- Statistical mechanics of glasses, Glassy dynamics, Nuclear fusion- Amorphous materials- Statistical mechanics of glasses, Glassy dynamics, Nuclear fusion- Microscopic Theory of Deformation and Structural Failure in Glasses

– Prediction of Toroidal Rotation in ITER Based on the Torque due to Neoclassical Toroidal Viscosity and Auxiliary Heating

– Simulations of ITER plasma during pellet operation using BALDUR code with a theory-based toroidal velocity model