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E.Fateen, A.L.Aboul-Nasr, S.Abdel-Hafez, M.Erfan, S.Temtamy, and Y.Shin,
"Newborn screening of phenylketonuria and galactosemia in Egypt : First experience of cord blood application.",
Med. J. Cairo Univ. , vol. 69, issue 1 Suppl., pp. 103-107, 2001.
E.Ghaith, M., G. A.El-Nagar, M. G. A. El-Moghny, H. H.Alalawy, M. E.El-Shakre, and M. S.El-Deab,
"Electrocatalysis by design: Enhanced electro-oxidation of glycerol at NiOx nanoparticle modified 3D porous carbon felts",
International Journal of Hydrogen Energy, vol. 45, issue 16, pp. 9658-9668, 2020.
E.Gheith, R., A. N. Mokbel, Y. Ezzat, M. M. Khalaf, and L. S. A. el din,
"Relationship Of Antiphospholipid Antibodies To Cardiovascular Manifestations Of Systemic Lupus Erythematosus",
The egyptian rheumatologist, vol. 32, issue 1, 2009.
E.H.E.Bayoumi, M.A. Awadallah, and H. M. Soliman,
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AbstractFuzzy Petri Net for Web Service Composition (FPN4WSC) aims to compose the individual web services into
more complex one. It is a workflow model which is hybridization between Petri net, SHOP2, and fuzzy logic. Petri net allows user to specify his request as a workflow. SHOP2 is used as an Artificial Intelligence (AI) planning system to get a plan for the user request. However, SHOP2 fails to capture the uncertainty. So, the fuzzy logic is used as a refinement engine to get the best solution based on the user preferences. Therefore, FPN4WSC presents simple graphical, intelligent, and automatic web service composition model. FPN4WSC model is scalable to any workflow-based domains. As a case study, it is applied on the travel reservation domain where the user should specify his preferences and the fuzzy engine tries to get the best solution depending on his preferences.
E.I.Hamdy, M.A.Azzazy, N.A.El-Dib, L.H.Mahmoud, J.A.Ahmed, and H.M.Khattab,
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