Disadvantages of anylogic full#
UberCloud offered us their full HPC self-service platform to solve our complex acoustic simulations that wouldn't be possible to run on conventional workstations. Overall: I am an acoustic engineer and our team is often encountered with computational tasks that would require high performance computing (HPC) to solve our complex problems.
Disadvantages of anylogic software#
The weekly Q&A sessions setup by UberCloud with their software experts helps address our questions quickly in addition to learning new techniques.Ĭons: Happy with the services offered by UberCloud! Nothing to point out so far! They have a dedicated software expert, who can understand your issue pretty well and can offer solutions in no time. UberCloud consistently improves user experiences by adding features to their software (e.g., resource monitoring tool, text alerts for active clusters to name a few) that has increased our productivityĥ. UberCloud built an amazing HPC tool for our highly complex simulations that collapsed our run time by 100 fold and that has been a boon to our acoustic teamĤ. I have had a pleasant experience working with UberCloud's team members who have always helped me solve issues with our computational tasksģ. Excellent team of engineers who can support round the clock!Ģ. Wu, Y., Xu, D.G.: The analysis of berthing time characteristics.
Li, J.H., Li, Y.D., Jiao, C.W.: Research on emergency evacuation of integrated passenger transport hub based on Anylogic simulation. Li, G.: Modeling and simulation of traffic control systems in small and Medium-sized cities based on transmodeler. Li, D.P., He, Y.L., Gao, Y.C.: Evaluation of transportation planning schemes based on Vissim simulation. Li, R.F., Dong, S.F., Wang, Z.J., Wang, A.L.: Research and implementation of metro emergencyevacuation simulation system based on VR. (03), 119–120 (2009)Ĭui, C.S., Chen, B., Chen, Z., Qin, S.: Three-dimensional simulation of intergrated transport hub for passenger traffic system. Li, D.W., Han, B.M., Li, H.Y.: Microscope simulation on large scale railway station of passenger mustering and evacuation. Lin, L.: Integrated security check pedestrians organization scheme in hongqiao hub based on simulation. Li, J.H., Chen, W., Chen, X.R.: Simulation and optimization of metro station system based on AnyLogic. Liu, J.L.: Research on passenger streamline optimization of integrated passenger hub based on VISSIM simulation. Jia, H.F.: Key Theory and Method of Simulation Modeling for Integrated Transportation Passenger Hub. In: Winter Simulation Conference Proceedings, New Orleans, L.A., United States, pp. Takakuwa, S., Oyama, T.: Simulation analysis of international-departure passenger flows in an airport terminal. Lin, Y.D., Trani, A.A.: Airport automated people mover systems: analysis with a hybrid computer simulation model. In: Winter Simulation Conference Proceedings, Phoenix, A.Z., USA, 1999, Piscataway, NJ, USA, pp. Van der Weij, S.W.: Analysis and simulation of passenger flows in an airport terminal. Seti, J.R., Hutehilson, B.G.: Passenger-terminal simulation model.
The results show that the simulation with considering the coupling relationship is closer to the real situation. Based on the Anylogic simulation technology, taking the bus as an example, this paper studies the coupling relationship between vehicles and passengers, realizes the coupling simulation technology of vehicle arrival and passengers queuing up, and compares and analyzes the distribution of passengers with and without considering the coupling relationship. In fact, the poor connection between any traffic mode and passengers will affect the simulation effect of the whole transportation hub. At present, most of the researches based on simulation software only consider the traffic flow simulation around the hub or only focus on the passenger simulation inside the hub, while there are few researches on the coupling between passengers and vehicles inside and outside the hub. With the rapid development of comprehensive passenger transport hub construction, simulation software has been widely used for the layout of hub internal facilities, pedestrian flow line optimization, and hub layout optimization during the operation period.
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