Trends in African Diaspora Mathematics Research

 
Preface

Chapter 1. Upper and lower solutions of differential equations via approximate derivatives and the Denjoy integral; pp. 1-10
(Daria Bugajewska, Adam Mickiewicz University, Poland and Donal O'Regan, National University of Ireland, Ireland)

Chapter 2. Profound Equivalent Cohomology; pp. 11-21
(Dorra Bourguiba, Sami Hammouda et Said Zarati, Univ. de Tunis El-Manar, Tunisie)

Chapter 3. Almost Automorphic Solutions to Some Semilinear Fuzzy Differential Equations; pp. 23-35
(Ciprian S. Gal, The Univ. of Memphis, U.S.A.,
Sorin G. Gal, University of Oradea, Romania and Gaston M. N'Gu'er'ekata, Morgan State University, USA)

Chapter 4. Note on the smoothness of the law of fractional Brownian sheet; pp. 37-45
(Youssef Ouknine, Univ. Cadi Ayyad, Maroc and Mohamed Erraoui)

Chapter 5. Rational Approximants in a Polydisc versus a Ball; pp. 47-71
(S. M. Einstein-Matthews, Howard University, USA and C. H. Lutterodt)

Chapter 6. Almost Automorphic Solutions]{Almost Automorphic Solutions
of some Nonlinear and Integral Equations in Fr'echet Spaces; pp. 73-85
(Gaston M. N'Gu'er'ekata, Morgan State University, USA)

Chapter 7. Characterization of multivariate exponential families
with polynomial variance function; pp. 87-94
(Celestin C. Kokonendji, Univ. de Pau et des Pays de l'Adour, France and Denys Pommeret, CREST-ENSAI, France)

Chapter 8. A strict arcsine regression model; pp. 95-102
(Celestin C. Kokonendji, Univ. de Pau et des Pays de l'Adour, France and Sebastien Marque, University of Bordeaux, France)

Chapter 9. Depth and group actions; pp. 103-109
(DAMMAK Mekia, HAMMOUDA Sami and ZARATI Said, Univ. de Tunis-ElManar, TUNISIE)

Chapter 10. Dunkl wavelet packets associated with the Dunkl operator on $math; pp. 111-131
(Abdellatif JOUINI and Khalifa TRIMECHE, Faculty of Sciences of Tunis, Tunisia)

Chapter 11. The Jacobi-Dunkl transform of W-spaces and
applications; pp. 133-149
(Hatem Mejjaoli and and Khalifa TRIMECHE, Faculty of Sciences of Tunis, Tunisia)

Chapter 12. Abstract Differential Groupoid - From Lie pseudogroups of finite type to infinite ones; pp. 151-169
(Thierry Robart, Howard
University, USA)

Index