DYNAMO (DYNAmic MOdels) was a simulation language and accompanying graphical notation developed within the system dynamics analytical framework. It was originally for industrial dynamics but was soon extended to other applications, including population and resource studies[1][2] and urban planning.[3][4] DYNAMO was initially developed under the direction of Jay Wright Forrester in the late 1950s, by Dr. Phyllis Fox,[5][6] Alexander L. Pugh III, Grace Duren,[7] and others[8] at the M.I.T. Computation Center.[9] The earliest versions were written in assembly language for the IBM 704, then for the IBM 709 and IBM 7090. DYNAMO II was written in AED-0, an extended version of Algol 60.[10][11] Dynamo II/F, in 1971, generated portable FORTRAN code[12] and both Dynamo II/F and Dynamo III improved the system’s portability by being written in FORTRAN.[12][13]. DYNAMO was used for the system dynamics simulations of global resource-depletion reported in the Club of Rome’s Limits to Growth.[1] Originally designed for batch processing on mainframe computers, it was made available on minicomputers in the late 1970s,[14] and became available as ”micro-Dynamo” on personal computers in the early 1980s.[15] The language went through several revisions from DYNAMO II up to DYNAMO IV in 1983,[16] but has since fallen into disuse.

References in zbMATH (referenced in 202 articles )

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  1. Hassanzadeh, Amir; Jafarian, Ahmad; Amiri, Maghsoud: Modeling and analysis of the causes of bullwhip effect in centralized and decentralized supply chain using response surface method (2014)
  2. Ma, Junhai; Bao, Binshuo; Ma, Xiaogang: Inherent complexity research on the bullwhip effect in supply chains with two retailers: the impact of three forecasting methods considering market share (2014)
  3. Ng, Tsan Sheng; Sy, Charlle Lee: A resilience optimization approach for workforce-inventory control dynamics under uncertainty (2014)
  4. Robinson, Stewart; Worthington, Claire; Burgess, Nicola; Radnor, Zoe J.: Facilitated modelling with discrete-event simulation: reality or myth? (2014) ioport
  5. Schaffernicht, Martin F. G.; Groesser, Stefan N.: The SEXTANT software: a tool for automating the comparative analysis of mental models of dynamic systems (2014)
  6. Viana, J.; Brailsford, S. C.; Harindra, V.; Harper, P. R.: Combining discrete-event simulation and system dynamics in a healthcare setting: a composite model for Chlamydia infection (2014) ioport
  7. Gilkinson, Norman; Dangerfield, Brian: Some results from a system dynamics model of construction sector competitiveness (2013)
  8. Han, Sangwon; Love, Peter; Peña-Mora, Feniosky: A system dynamics model for assessing the impacts of design errors in construction projects (2013)
  9. Lan, Tian-Syung; Lan, Yu-Hua; Chen, Kai-Ling; Chen, Pin-Chang; Lin, Wen-Cheng: A study of developing a system dynamics model for the learning effectiveness evaluation (2013) ioport
  10. Leśniewski, Piotr; Bartoszewicz, Andrzej: LQ optimal sliding mode control of periodic review perishable inventories with transportation losses (2013)
  11. Axsäter, Sven; Viswanathan, S.: On the value of customer information for an independent supplier in a continuous review inventory system (2012)
  12. Besiou, Maria; Georgiadis, Patroklos; Van Wassenhove, Luk N.: Official recycling and scavengers: symbiotic or conflicting? (2012)
  13. Georgiadis, Patroklos; Michaloudis, Charalampos: Real-time production planning and control system for job-shop manufacturing: a system dynamics analysis (2012)
  14. Georgiou, Ion: Messing about in transformations: structured systemic planning for systemic solutions to systemic problems (2012) ioport
  15. Ignatovich, A. S.; Panyukov, A. V.: The formal synthesis of system-dynamic models based on a relational database structure of the information data system (2012) ioport
  16. Wang, Xun; Disney, Stephen M.; Wang, Jing: Stability analysis of constrained inventory systems with transportation delay (2012)
  17. Akopov, Andranik; Beklaryan, Levon: Model of adaptive control of complex organizational structures (2011)
  18. Silva, Manuel; Júlvez, Jorge; Mahulea, Cristian; Vázquez, C. Renato: On fluidization of discrete event models: Observation and control of continuous Petri nets (2011)
  19. Zhang, Xiaolong; Burke, Gerard J.: Analysis of compound bullwhip effect causes (2011)
  20. Alfonso, Edgar; Kalenatic, Dusko; López, Cesar: Modeling the synergy level in a vertical collaborative supply chain through the IMP interaction model and DEA framework (2010)

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