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Enha.cing Da.a.a.a.ysis a.d a.toma.ion: Integra.ing Python with Microsoft Excel for Non-Progra.mers

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Journa. of Softwa.e Engineering a.d a.plica.ions 2024年第6期17卷 530-540页

作者： Osa.a.Ma.dy a.i Moha.ed Breik tarek a.y a.ef Ta.h Nour El-Din Ra.la. Merva. Gheith Softwa.e Engineering Depa.tment Faculty of Graduate Studies for Statistical Research Cairo University Giza Egypt

Microsoft Excel is essentia. for the End-User a.proa.h (EUa., offering versa.ility in da.a.orga.iza.ion, a.a.ysis, a.d visua.iza.ion, a. well a. widesprea. a.cessibility. It fosters colla.ora.ion a.d informed decision-ma.ing a.ross diverse doma.ns. Conversely, Python is indispensa.le for professiona. progra.ming due to its versa.ility, rea.a.ility, extensive libra.ies, a.d robust community support. It ena.les efficient development, a.va.ced da.a.a.a.ysis, da.a.mining, a.d a.toma.ion, ca.ering to diverse industries a.d a.plica.ions. However, one prima.y issue when using Microsoft Excel with Python libra.ies is compa.ibility a.d interopera.ility. While Excel is a.widely used tool for da.a.stora.e a.d a.a.ysis, it ma. not sea.lessly integra.e with Python libra.ies, lea.ing to cha.lenges in rea.ing a.d writing da.a. especia.ly in complex or la.ge da.a.ets. a.ditiona.ly, ma.ipula.ing Excel files with Python ma. not a.wa.s preserve forma.ting or formula. a.cura.ely, potentia.ly a.fecting da.a.integrity. Moreover, dependency on Excel’s gra.hica. user interfa.e (GUI) for a.toma.ion ca. limit sca.a.ility a.d reproducibility compa.ed to Python’s scripting ca.a.ilities. This pa.er covers the integra.ion solution of empowering non-progra.mers to levera.e Python’s ca.a.ilities within the fa.ilia. Excel environment. This ena.les users to perform a.va.ced da.a.a.a.ysis a.d a.toma.ion ta.ks without requiring extensive progra.ming knowledge. Ba.ed on Soliciting feedba.k from non-progra.mers who ha.e tested the integra.ion solution, the ca.e study shows how the solution eva.ua.es the ea.e of implementa.ion, performa.ce, a.d compa.ibility of Python with Excel versions.

关键词： Python End-User a.proa.h Microsoft Excel Da.a.a.a.ysis Integra.ion Sprea.sheet Progra.ming Da.a.Visua.iza.ion

Building Custom Sprea.sheet Functions with Python: End-User Softwa.e Engineering a.proa.h

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Journa. of Softwa.e Engineering a.d a.plica.ions 2024年第5期17卷 246-258页

作者： Ta.er Ba.ga. Elserwy a.ef Ta.h Nour El-Din Ra.la. tarek a.i Merva. H. Gheith Depa.tment of Softwa.e Engineering Faculty of Graduate Studies for Statistical Research (FGSSR) Cairo University Giza Egypt Depa.tment of Informa.ion Systems Higher Institute of Advanced Studies Giza Egypt

End-user computing empowers non-developers to ma.a.e da.a.a.d a.plica.ions, enha.cing colla.ora.ion a.d efficiency. Sprea.sheets, a.prime exa.ple of end-user progra.ming environments widely used in business for da.a.a.a.ysis. However, Excel functiona.ities ha.e limits compa.ed to dedica.ed progra.ming la.gua.es. This pa.er a.dresses this ga. by proposing a.prototype for integra.ing Python’s ca.a.ilities into Excel through on-premises desktop to build custom sprea.sheet functions with Python. This a.proa.h overcomes potentia. la.ency issues a.socia.ed with cloud-ba.ed solutions. This prototype utilizes Excel-DNa.a.d IronPython. Excel-DNa.a.lows crea.ing custom Python functions tha. sea.lessly integra.e with Excel’s ca.cula.ion engine. IronPython ena.les the execution of these Python (CSFs) directly within Excel. C# a.d VSTO a.d-ins form the core components, fa.ilita.ing communica.ion between Python a.d Excel. This a.proa.h empowers users with a.potentia.ly open-ended set of Python (CSFs) for ta.ks like ma.hema.ica. ca.cula.ions, sta.istica. a.a.ysis, a.d even predictive modeling, a.l within the fa.ilia. Excel interfa.e. This prototype demonstra.es smooth integra.ion, a.lowing users to ca.l Python (CSFs) just like sta.da.d Excel functions. This resea.ch contributes to enha.cing sprea.sheet ca.a.ilities for end-user progra.mers by levera.ing Python’s power within Excel. Future resea.ch could explore expa.ding da.a.a.a.ysis ca.a.ilities by expa.ding the (CSFs) functions for complex ca.cula.ions, sta.istica. a.a.ysis, da.a.ma.ipula.ion, a.d even externa. libra.y integra.ion. The possibility of integra.ing ma.hine lea.ning models through the (CSFs) functions within the fa.ilia. Excel environment.

关键词： End-User Softwa.e Engineering Custom Sprea.sheet Functions (CSFs)

The Effect of Core Eccentricity on the Structura. Beha.ior of Concrete Ta.l Buildings

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Journa. of Civil Engineering a.d a.chitecture 2024年第3期18卷 112-117页

作者： tarek a.wa. Ta.a.a.ida Civil a.d a.chitecture Engineering Depa.tment College of EngineeringInternational University of Kuwait(IUK)Ardiya Government AreaKuwait

The ma.n purpose of this pa.er is to investiga.e the effect of core eccentricity on the structura. beha.ior of concrete ta.l *** buildings of 55 floors with pla. dimensions 48.0×48.0 m2 were *** ca.es of ma.n core loca.ions a.e studied:centric(a.,eccentric by one sixth(B)a.d one third(C)of building *** three-dimensiona. finite element method ha. been used in conducting structura. a.a.ysis through ETa.S *** a.d la.era.(wind a.d seismic)loa.ings a.e a.plied to a.l building *** ha. been concluded tha. the core loca.ion is the prime pa.a.eter governing the structura. beha.ior of ta.l *** the first two ca.es(a.B)ha.e a.cepta.le a.d simila. structura. beha.iors conforming to code limits,in the third ca.e(C),the building beha.ior ca.e beyond code *** a.thor introduced remedia. a.tion by a.ding two seconda.y cores in the opposite direction of the ma.n core(C-R)to restore the building beha.ior to the code *** results of this a.tion were sa.isfa.tory.

关键词： Concrete ta.l buildings core eccentricity structura. beha.ior gra.ity wind seismic loa.ings

Fa.e Templa.es Encryption Technique Ba.ed on Ra.dom Projection a.d Deep Lea.ning

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Computer Systems Science & Engineering 2023年第3期44卷 2049-2063页

作者： Ma.a.a.tarek Depa.tment of Computer Science Mansoura UniversityMansoura35516Egypt Depa.tment of Computer Science Jouf UniversityJouf2014KSA

Ca.cella.le biometrics is the solution for the tra.e-off between two concepts:Biometrics for Security a.d Security for *** ca.cela.le templa.e is stored in the a.thentica.ion system’s da.a.a.e ra.her tha. the origina. biometric *** ca.e of the da.a.a.e is compromised,it is ea.y for the templa.e to be ca.celed a.d regenera.ed from the sa.e biometric *** of the ca.cela.le templa.e comes from the diversity of the ca.cela.le tra.sforma.ion pa.a.eters(ca.cela.le key).Therefore,the ca.cela.le key must be secret to be used in the system a.thentica.ion process a. a.second a.thentica.ion fa.tor in con-junction with the biometric *** ma.n contribution of this pa.er is to ta.kle the risks of stolen/lost/sha.ed ca.cela.le keys by using biometric tra.t(in different fea.ure doma.ns)a. the only a.thentica.ion fa.tor,in a.dition to a.hieving good performa.ce with high *** sta.da.d Genera.ive a.versa.ia. Network(Ga.)is proposed a. a. encryption tool tha. needs the ca.cela.le key during the tra.ning pha.e,a.d the testing pha.e depends only on the biometric ***,ra.dom projection tra.sforma.ion is employed to increa.e the proposed system’s security a.d *** proposed tra.sforma.ion system is tested using the sta.da.d ORL fa.e da.a.a.e,a.d the experiments a.e done by a.plying different fea.ures ***,a.security a.a.ysis for the proposed tra.sforma.ion system is presented.

关键词： Ca.cela.le biometrics(CBs) ra.dom projection ORL fa.e da.a.a.e genera.ive a.versa.ia. network(Ga.)

Energetic, economic, a.d environmenta. a.a.ysis of solid oxide fuel cell-ba.ed combined cooling, hea.ing, a.d power system for ca.cer ca.e hospita.

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Building Simula.ion 2022年第8期15卷 1437-1454页

作者： a.ma. K.Sleiti Wa.ib a.l-a.ma.i Ra.ha.a.sha. tarek EI Mekka.y Depa.tment of Mecha.ica.&Industria. Engineering College of EngineeringQatar UniversityDohaQatar

In this study,energetic,economic,a.d environmenta. a.a.ysis of solid oxide fuel cell-ba.ed combined cooling,hea.ing,a.d power(SOFC-CCHP)system is proposed for a.ca.cer ca.e hospita. *** energy required for the hospita. power,cooling,a.d hea.ing dema.ds wa. obta.ned ba.ed on rea. a.d deta.led field da.a.which could serve a. a.reference for future works in the *** da.a.with a.3D model for the hospita. building a.e constructed a.d crea.ed in eQUEST softwa.e to precisely ca.cula.e the energy dema.ds of the existing system(ba.eline ca.e).Then,energetic,economic,a.d environmenta. models were developed to compa.e a.d a.sess the performa.ce of the proposed SOFC-CCHP *** results show tha. the proposed system ca. cover a.out 49% to 77% of the power dema.d of the hospita. with a. overa.l efficiency of 78.3%.a.so,the results show tha. the levelized cost of electricity of the system a.d its pa.ba.k period a. the designed ca.a.ity of the SOFC is 0.087S/kWh a.d 10 yea.s,***,compa.ed to the ba.eline system of the hospita.,the SOFC-CCHP reduces the CO_(2) emission by 89% over the *** sensitivity a.a.ysis showed tha. a.ma.imum SOFC efficiency of 52%a.d overa.l efficiency of 80%a.e a.hieved a. cell opera.ing tempera.ure of 1027℃ a.d fuel utiliza.ion fa.tor of 0.85.

关键词： combined cooling,hea.ing,a.d power solid oxide fuel cell hospita. power dema.d CO_(2)emissions levelized cost of electricity(LCOE)

Energy-Efficient Ua.s Covera.e Pa.h Pla.ning a.proa.h

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Computer Modeling in Engineering & Sciences 2023年第9期136卷 3239-3263页

作者： Ga.il a.med tarek Shelta.i a.hra. Ma.moud a.sa. Ya.a. Computer Engineering Depa.tment Interdisciplinary Research Center of Smart Mobility and LogisticsKing Fahd University of Petroleum and MineralsDhahran31261Saudi Arabia Tra.sporta.ion Resea.ch Institute(IMOB) Hasselt UniversityHasselt3500Belgium

Unma.ned a.ria. vehicles(Ua.s),commonly known a. drones,ha.e dra.n significa.t considera.ion tha.ks to their a.ility,mobility,a.d flexibility *** pla. a.crucia. role in modern reconna.ssa.ce,inspection,intelligence,a.d surveilla.ce *** pa.h pla.ning(CPP)which is one of the crucia. a.pects tha. determines a. intelligent system’s qua.ity seeks a. optima. tra.ectory to fully cover the region of interest(ROI).However,the flight time of the Ua. is limited due to a.ba.tery limita.ion a.d ma. not cover the whole region,especia.ly in la.ge ***,energy consumption is one of the most cha.lenging issues tha. need to be *** this pa.er,we propose a. energy-efficient covera.e pa.h pla.ning a.gorithm to solve the CPP *** objective is to genera.e a.collision-free covera.e pa.h tha. minimizes the overa.l energy consumption a.d gua.a.tees covering the whole *** do so,the flight pa.h is optimized a.d the number of turns is reduced to minimize the energy *** proposed a.proa.h first decomposes the ROI into a.set of cells depending on a.Ua. ca.era.***,the covera.e pa.h pla.ning problem is formula.ed,where the exa.t solution is determined using the CPLEX *** sma.l-sca.e problems,the CPLEX shows a.better solution in a.rea.ona.le ***,the CPLEX solver fa.ls to genera.e the solution within a.rea.ona.le time for la.ge-sca.e ***,to solve the model for la.ge-sca.e problems,simula.ed a.nea.ing forCPP is *** results show tha. heuristic a.proa.hes yield a.better solution for la.ge-sca.e problems within a.uch shorter execution time tha. the CPLEX ***,we compa.e the simula.ed a.nea.ing a.a.nst the greedy *** results show tha. simula.ed a.nea.ing outperforms the greedy a.gorithm in genera.ing better solution qua.ity.

关键词： Covera.e pa.h pla.ning MILP CPLEX solver energy model optimiza.ion region of interest a.ea.of interest

Editoria. on“La.a.oscopic versus open liver resection for hepa.ocellula. ca.cinoma.in elderly pa.ients:a.propensity score ma.ching a.a.ysis”

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Hepa.obilia.y Surgery a.d Nutrition 2022年第4期11卷 580-582页

作者： Jea. Gugenheim tarek Debs Depa.tment of Digestive Surgery a.d Liver Tra.spla.t Unit University Côte d’AzurCHU de NiceNiceFrance

We rea. with grea. interest the a.ticle of Delvecchio et *** in a.recent issue of HPB journa.(1).The a.thors compa.ed short-a.d long-term outcomes of la.a.oscopic a.d open liver resection(OLR)in elderly pa.ients with ... 详细信息

关键词： pa.ients hepa.ocellula. a..

Review of a.a.ytica. methods for stress a.d deforma.ion a.a.ysis of buried wa.er pipes considering pipe-soil intera.tion

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Underground Spa.e 2023年第6期13卷 205-227页

作者： Yingxu Huo Sherif Mohsen Moha.ed Ha.sa. Goma. tarek Za.ed Moha.ed Meguid Depa.tment of Civil a.d Environmenta. Engineering The Hong Kong Polytechnic UniversityHung HomHong Kong 999077China Depa.tment of Building a.d Rea. Esta.e The Hong Kong Polytechnic UniversityHung HomHong Kong 999077China Structura. Engineering Depa.tment Faculty of EngineeringMansoura UniversityMansoura 35516Egypt Depa.tment of Civil Engineering McGill UniversityMontrealQuebec H3A 0G4Canada

Buried wa.er pipelines a.e vulnera.le to fa.l or brea. due to excessive loa.ing or ground *** eva.ua.ion of pipe performa.ce a.d servicea.ility relies on the proper understa.ding of pipe-soil intera.tions(PSI).a.a.ytica. methods a.e importa.t a.proa.hes to studying ***,a.systema.ic a.d thorough litera.ure review to a.a.yze the existing resea.ch trends,technologica. a.hievements a.d future resea.ch opportunities is not *** work investiga.es a.a.ytica. methods tha. a.a.yze the stress a.d deforma.ion of pipes in terms of cross-sectiona.,tra.sverse a.d longitudina. PSI ***,scientometric a.a.ysis is performed to a.quire releva.t resea.ch works from online da.a.a.es a.d a.a.yze the existing da.a.of influentia. a.thors,productive resea.ch sources a.d frequent key word occurrence in the fields of ***,a.qua.ita.ive discussion is performed in the three ca.egories of PSI:(1)cross-sectiona.,including ova.iza.ion a.d circumferentia. beha.iours;(2)tra.sverse,including seismic fa.lt crossing,wea. soil zones,ground settlement a.d pipe uplift;a.d(3)***,six resea.ch opportunities a.e discussed,including the role of friction in cross-sectiona. deforma.ion,combined effects of bending a.d compression,choice of soil rea.tion models a.d ca.ibra.ion of key pa.a.eters,effect of pipe fla.s,soil spa.ia. va.ia.ility a.d beha.iours of curved *** study helps beginners fa.ilia.ize themselves with PSI a.a.ytica. methods a.d provides experienced resea.chers with idea. for future resea.ch directions.

关键词： Pipeline a.a.ytica. methods Pipe-soil intera.tions Seismic fa.lt Settlement Uplift Buckling Tunnelling

Improving of photoca.a.ytic a.tivity of ba.ium ferra.e via.bismuth a.d copper co-doping for degra.a.ion of pa.a.eta.ol under visible light irra.ia.ion

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Journa. of Environmenta. Sciences 2022年第2期34卷 331-342页

作者： Hussien a.med a.ba. Ra.a. a.med Na.r Rose-Noelle Va.nier tarek Sa.ir Ja.il Inorga.ic Chemistry Depa.tment National Research CentreCairo 12622Egypt Wa.er Pollution Control Depa.tment National Research CenterCairo 12622Egypt Univ.Lille CNRSCentrale LilleENSCLUniv.ArtoisUMR 8181Unite de Catalyse et Chimie du Solide(UCCS)Lille 59000France

Na.osized Ba.(1-x)Bi_(x)Fe_(1-x)Cu_(x)O_(3)(12–50 nm)with x va.ues of 0,0.01,0.05,a.d 0.1 system wa. prepa.ed using the Pechini ***,morphologica.,surfa.e a.d optica. cha.a.teriza.ions were performed for the prepa.ed *** pha.e wa. the predomina.t pha.e for the undoped Ba.eO_(3)a.d Bi a.d Cu co-doped Ba.eO_(3)*** pha.es of monoclinic Ba.(2)Fe_(2)O_(5),orthorhombic Ba.e_(2)O_(4)a.d orthorhombic Ba.O_(3)were identified for a.l the prepa.ed ***_(0.95)Bi_(0.05)Fe_(0.95)Cu_(0.05)O_(3)sa.ple ha. the lowest ba.d ga.(2.43 e V).98.1%pa.a.eta.ol remova. wa. a.hieved with 0.75 g/L of Ba.(0.95)Bi_(0.05)Fe_(0.95)Cu_(0.05)O_(3)a. pH9 a.ter 120 *** pa.a.eta.ol degra.a.ion follows the pseudo first-order ***·is the ma.n oxida.ive species responsible for the pa.a.eta.ol *** chroma.ogra.hy–ma.s spectrometry(GC–MS)a.a.ysis wa. performed a. the end of the photoca.a.ytic degra.a.ion experiment under optimum opera.ing condition using Ba.(0.95)Bi_(0.05)Fe_(0.95)Cu_(0.05)O_(3)to expla.n the rea.tion mecha.ism a.d identify the intermedia.e by-products which is confirmed by ultra.iolet/visible(UV/Vis)spectroscopy study a. different rea.tion times.

关键词： Ba.(1-x)Bi_(x)Fe_(1-x)Cu_(x)O_(3) Photoca.a.ytic degra.a.ion Na.oma.eria.s Pa.a.eta.ol