• Bayesian analysis for a fractional population growth model 

      Ariza Hernandez, Francisco Julian; Sánchez Ortiz, Jorge; Arciga Alejandre, Martin Patricio; Vivas Cruz, Luis Xavier (Hindawi Publishing Corporation Journal of Applied Mathematics, 2017-01-23)
      We implement the Bayesian statistical inversion theory to obtain the solution for an inverse problem of growth data, using a fractional population growth model. We estimate the parameters in the model and we make a comparison ...
    • Fractional stochastic heat equation on the Half-Line 

      Arciga Alejandre, Martin Patricio; Ariza Hernandez, Francisco Julian; Sánchez Ortiz, Jorge; Salmerón Rodríguez, Uriel (Applied Mathematical Sciences, 2016-11-12)
      In this paper, we consider an initial-boundary value problem for a stochastic non-linear heat equation with Riemann-Liouville spacefractional derivative and white noise on the half-line. We construct the integral representation ...
    • Holder norm estimate for the fractal Hilbert transform in Douglis analysis 

      Peña Perez, Yudier; Arciga Alejandre, Martin Patricio; Bory Reyes, Juan (Springer, 2016-01)
      The main goal of this paper is to estimate the Hölder norm of a fractal version of the Hilbert transform in the Douglis analysis context acting from Hölder spaces of Douglis algebra valued functions defined on h-summable curves.
    • Hölder norm estimate for the fractal Hilbert transform in Douglis analysis 

      Peña Perez, Yudier; Arciga Alejandre, Martin Patricio; Bory Reyes, Juan (Springer, 2017-03-21)
      Douglis analysis is an alternative approach to complex methods for the investigation of linear and uniformly elliptic systems of 2n equations for 2n desired real-valued functions. The function theory associated with the ...
    • Stochastic black-scholes equation with time-fractional derivative on the half-line 

      Sánchez Ortiz, Jorge; Arciga Alejandre, Martin Patricio; Ariza Hernandez, Francisco Julian; Hernández Pastrana, Juan Carlos (International Journal of Pure and Applied Mathematics, 2016-01)
      We investigate the pricing of options using a modified Black-Scholes equation with a time-fractional derivative and additive white noise on the half-line. We construct the Green function for the initial-boundary value ...