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Erupt of malaria, dengue and chikungunya in Pakistan: Recent insights about prevalence, diagnosis and treatment

Hassan Bin Asad M., Nazir H., Khalid S., Bibi S., Afzal K., Al-Kharaman Y., Ali A., Ali S., Shah H., Khan M., Akhtar Hussain S., Farid Hasan S., Hussain I., Rizvanov A.

Pólya–Szegö and Chebyshev types inequalities via an extended generalized Mittag–Leffler function

Andrić M., Farid G., Mehmood S., Pečarić J.

Refinements of some integral inequalities for unified integral operators

Jung C.Y., Farid G., Andrić M., Pečarić J., Chu Y.-M.

of fractional integral operators. © 2021, The Author(s).

Refinements of Some Integral Inequalities for s,m -Convex Functions

Farid G., Chu Y.-M., Andrić M., Jung C.Y., Pečarić J., Kang S.M.

are given which can be obtained from s,m-convex functions. These inequalities not only provide refinements

Boundedness of fractional integral operators containing mittag-leffler functions via (S, m)-convexity

Farid G., Akbar S.B., Rehman S.U., Pečarić J.

Mittag-Leffler functions in the kernels. By using (s, m)-convex functions bounds of these operators

Generalized fractional integral inequalities for exponentially (s, m) -convex functions

Qiang X., Farid G., Pečarić J., Akbar S.B.

In this paper we have derived the fractional integral inequalities by defining exponentially (s, m

Boundedness of Fractional Integral Operators Containing Mittag-Leffler Function via Exponentially s -Convex Functions

Hong G., Farid G., Nazeer W., Akbar S.B., Pečarić J., Zou J., Geng S.

provide bounds of the sum of these operators at an arbitrary point. These inequalities are derived for s

Development of methods of phosphorylation of citral by medial and acidic phosphites

Nizamov Il'yas S., Bolshakova Olga V., Nizamov Il'nar D., Sergeenko Gulnur G., Mironov Vladimir F., Yambushev Farid D., Batyeva Elvira S., Alfonsov Vladimir A.

Refinement and corrigendum of bounds of fractional integral operators containing mittag-leffler functions

Farid G., Andrić M., Saddiqa M., Pečarić J., Jung C.Y.

operators for convex, m-convex, s-convex and (s, m)-convex functions. Moreover, the refinements of some

Inequalities for fractional Riemann–Liouville integrals of certain class of convex functions

Farid G., Pec̆arić J., Nonlaopon K.

new inequalities can be generated via specific strictly monotone functions. © 2022, The Author(s).

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