@article{MAKHILLRJAS20171219989,
    title = {Designing a Variable Step Size For the Successful Implementation of
P(EC)<sup>m</sup> and P(EC)<sup>m</sup>E Mode},
    journal = {Research Journal of Applied Sciences},
    volume = {12},
    number = {1},
    pages = {7-13},
    year = {2017},
    issn = {1815-932x},
    doi = {rjasci.2017.7.13},
    url = {https://makhillpublications.co/view-article.php?issn=1815-932x&doi=rjasci.2017.7.13},
    author = {Abiodun,Jimevwo Godwin and},
    keywords = {principal local truncation error,tolerance level,step size control,convergence,P(EC)m and P(EC)mE mode},
    abstract = {The successful implementation of P(EC)<sup>m</sup> and P(EC)<sup>m</sup>E mode otherwise known as block
predictor-corrector methodsis solely dependent on the principal local truncation error of both predictor and
corrector methods of the same order. The development of this platform is built on formulating a class of P(EC)<sup>m</sup>
and P(EC)<sup>m</sup>E mode that possesses the same order but different k-step. Nevertheless, designing of a variable step
size on P(EC)<sup>m</sup> and P(EC)<sup>m</sup>E mode attracts a lot of computational benefits which guarantees convergence, step
size control, tolerance level and error minimization.}
    }