High-order continuous third derivative formulas with block extensions for <i>y</i> ″= <i>f</i> ( <i>x, y, y</i> ′)Jator, S. N.; Akinfenwa, A. O.; Okunuga, S. A.; Sofoluwe, A. B. · International Journal of Computer Mathematics · 2013

A multi-point numerical integrator with trigonometric coefficients for initial value problems with periodic solutionsEhigie, J. O.; Jator, S. N.; Okunuga, S. A. · Numerical Analysis and Applications · 2017

3-Point Block Methods for Direct Integration of General Second-Order Ordinary Differential EquationsEhigie, J. O.; Okunuga, S. A.; Sofoluwe, A. B. · Advances in Numerical Analysis · 2011

A new collocation formulation for the block Falkner-type methods with trigonometric coefficients for oscillatory second order ordinary differential equationsEhigie, J. O.; Okunuga, S. A. · Afrika Matematika · 2018

EditorialInternational Journal of Computer Mathematics: Computer Systems Theory · 2016

AcknowledgementInternational Journal of Computer Mathematics: Computer Systems Theory · 2016

AcknowledgementInternational Journal of Computer Mathematics: Computer Systems Theory · 2017

AcknowledgementInternational Journal of Computer Mathematics: Computer Systems Theory · 2018

IntroductionCheng, E.; Hsieh, S.-.Y; Kahrobaei, D. · International Journal of Computer Mathematics: Computer Systems Theory · 2019

Harmonic number sums and <i>q</i> -analoguesWang, Xiaoyuan; Chu, Wenchang · International Journal of Computer Mathematics: Computer Systems Theory · 2019

Multi-head Watson–Crick automataChatterjee, Kingshuk; Ray, Kumar Sankar · International Journal of Computer Mathematics: Computer Systems Theory · 2016

Geodesic-bipancyclicity of balanced hypercubesLü, Huazhong; Wang, Guangfu · International Journal of Computer Mathematics: Computer Systems Theory · 2017