کمالی، بیتا؛ الیاسی، مهدی؛ حاج‏حسینی، حجت‌اله. (1394). عوامل مؤثر بر نوآوری‏پذیری صنعت اپراتوری تلفن همراه در گذار به سمت موبایل باند پهن، مورد مطالعه کشور ایران. رشد فناوری، دوره 11، شماره 43، تابستان 1394.

 

 

References

 

Alzraiee, H; Moselhi, O;  Zayed, T. (2012). A Hybrid Framework for Modeling Construction Operations Using Discrete Event Simulation and System Dynamics. Proceedings - Winter Simulation Conference, December 2012.

Bokor, O; Florez, L; Osborne, A; Gledson, B. (2019). Overview of construction simulation approaches to model construction processes.  Organization, Technology and Management in Construction 2019; 11: 1853–1861.

Borshchev, A; Grigoryev, I (2013). The Big Book of Simulation Modeling Multimethod Modeling with AnyLogic 8.

Brailsford, S; Eldabi, T; Kunc, M; Mustafee, N; Osorio, A. (2019). Hybrid simulation modelling in operational research: A state-of-the-art review. European Journal of Operational Research 278 (2019) 721–737

Bui, T; Loebbecke, C. (1996). Supporting cognitive feedback using system dynamics: A demand model of the global system of mobile telecommunication. Elsevier, Volume 17, Issue 2, 21 May 1996, Pages 83-98.

Fernández, Z; Usero, B. (2009). Competitive behavior in the European mobile telecommunications industry: Pioneers vs. followers. Telecommunications Policy 33(7):339-347. 

Helal, M. & Rabelo, L. (2017). Synchronizing Discrete Event Simulation Models and System Dynamics Models. International Conference on Industrial Engineering and Operations Management (IEOM) Bristo.

Helal, M. (2008). A Hybrid System Dynamics-discrete Event Simulationapproach To Simulating The Manufacturing Enterprise. University of Central Florida; Electronic Theses and Dissertations, 2004-2019.

Helal, M; Jones, A; Rabelo, L; Hyeung-Sik, M. (2005). Enterprise simulation: A hybrid system approach. International Journal of Computer Integrated Manufacturing 18(6):498-508 · September 2005.

Jacob, M; Suchan, C; Ferstl, O. (2010). Modeling of Business Systems using Hybrid Simulation: A New Approach. European Conference on Information Systems (ECIS).

Jae H, J; Seung K, P. (2020). Simulation-based prediction for 5G mobile adoption. ScienceDirect, ICT Express 6 (2020) 109–112

Jong hwa, K; Deok-Joo, L; Jaek young, A (2006). A dynamic competition analysis on the Korean mobile phone market using competitive diffusion model.  Elsevier, Volume 51, Issue 1, September 2006, Pages 174-182.

Jovanoski, B; Minovski, R; Christian Lichtenegger, G; Vössner, S. (2012). Combining system dynamics and discrete event simulations - Overview of hybrid simulation models. Resarchgate, January 2012.

Kedia, S; Philippon; T. ,(2009), "The Economics of Fraudulent Accounting", The Review of Financial Studies, Vol. 22 (6),PP. 2169-2199.

 Košeckà, J;  Bajcsy, R. (1994). Discrete Event Systems for autonomous mobile agents. Robotics and Autonomous Systems Volume 12, Issues 3–4, April 1994, Pages 187-198.

Krzak, Ł. (2015).  Simulation framework for modelling energy consumption in ultra-low duty cycle mobile ad-hoc networks. IFAC-PapersOnLine Volume 48, Issue 4, 2015, Pages 290-295.

Lassnig, A; Rienmueller, T; Kramer, D; Leodolter, W; Baumgartner, C; Schroettner, J. (2019). A novel hybrid modeling approach for the evaluation of integrated care and economic outcome in heart failure treatment. BMC Medical Informatics and Decision Making 2019.

Łatuszyńska, M; Fate, S. (2019). A Hybrid Simulation Approach to Modelling the Impact of Public Interventions on Poverty. European Research Studies Journal. Volume XXII, Issue 4, 2019

Linnéusson, G; Amos H.C, Ng; Aslam, T. (2019). A hybrid simulation-based optimization framework supporting strategic maintenance development to improve production performance. European Journal of Operational Research. 19 August 2019.

Lyubchenko, A; Kopytov, E Y; Bogdanov, A; Maystrenko, V A. (2019). Discrete-event Simulation of Operation and Maintenance of Telecommunication Equipment Using AnyLogic-based Multistate Models. Journal of Physics: Conference Series: AMSD-2019.

 Madden, G; Coble-Neal, G; Dalzell, B. (2004). A dynamic model of mobile telephony subscription incorporating a network effect. Telecommunications Policy 28(2):133-144 · March 2004.

Moallemi, M; Wainer, G. A;  Jafer, S; Boudreau, G. (2013). Simulation of mobile networks using discrete event system specification theory. Conference: Proceedings of the 16th Communications & Networking Symposium - April 2013.

Moradi, S; Nasirzadeh, F; Golkhoo, F. (2017). Modeling labor productivity in construction projects using hybrid SD-DES approach. Scientia Iranica A (2017) 24(6), 2752-2761.

Padilha, R; Iano, Y; Moschim, E; Borges Monteiro, A; José Loschi, H. (2017). Computational Simulation Performance based in Hybrid Modelling with Discrete Events for Telecommunication Systems. Brazilian Technology Symposium 2017.

Pagani, M; Fine, C. (2008). Value network dynamics in 3G-4G wireless communications: A systems thinking approach to strategic value assessment. Journal of Business Research 61(11):1102-1112 · February 2008.

 Pedai, A; Astrov, I; (2008). Demand and Supply Chain Simulation in Telecommunication Industry by Multi-Rate Expert Systems. world academy of science engineering and technology Volume 2, Issue5, 2008.

Russo, D; Passacntando, F; Geppert, L; Manca, L. (2013). Business Process Modeling and Efficiency Improvement through an Agent-Based Approach. Systemic, Cybernetics and Informatics, 11, 1-6.

Sian Morgan, J; Howick, S; Belton, V. (2017). A toolkit of designs for mixing Discrete Event Simulation and System Dynamics. European Journal of Operational Research 257 (2017) 907–918

Voigt, J; Steil, A; Fettweis; G. (1998). Modeling a Mobile Cellular Network Using a Discrete-Event Simulator. Design Automation for Embedded Systems volume 3, pages239–253(1998).

Wen-Lin, C; Feng-Shang, W; Kai-Sheng, K; David, Y. (2010). Diffusion of mobile telephony: An empirical study in Taiwan. Journal of Business Research 63(5):497-501 · May 2010.

Yan, G. (2019). Simulation analysis of key technology optimization of 5G mobile communication network based on Internet of Things technology. International Journal of Distributed Sensor Networks.2019, Vol. 15(6).

 

In Persian

Hazrati, R; Hazar, Behnam; Shah Bahrami, Asadollah. (2017). Use of simulated discrete event systems to provide an intelligent system for managing and controlling the relief operations of utility companies.HmzehNejadi, M. (2017). Dynamic project management using a combination of system dynamics and discrete event simulation (Case study: selected project).Khanzadi, M; Nasirzadeh, F; Mir, M. (2018). Combined modeling in construction projects using a combination of system dynamics simulation approaches and factor-based modeling. Journal of Structural and Construction Engineering.Sohrabi Nejad, Ah; Darjazi, M; Hosseini Wafa, S. (2014). Provide a hybrid model of system dynamics in project management.Kamali, B; Elyasy, ​​M; Haj Hosseini, H. (2015). Factors Affecting the Innovation of the Mobile Operator Industry in the Transition to Broadband Mobile, studied in Iran. Technology Growth, Volume 11, Number 43, Summer 2015.Valafar, M; Hamidi, N; Alborzi, M; Iranbanfard, S. (2019). Analysis of the value ode value in Iran using the system dynamics approach.  Strategic Management Research, Volume 25, Number 75, winter 2019.Ghafoornian, M; Mousavi Haghighi, M; Ranaei Kord Shavali, H. (2013). Analysis of Iran's mobile phone market with the approach of system dynamics. Industrial Management Perspective - pp. 135 - 158.