A model for the visualization and analysis of elevator traffic

Çiflikli, Cebrail; Tartan, Emre Oner

doi:10.1080/03081060.2019.1675326

Cited by 7 publications

(2 citation statements)

References 10 publications

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“…Furthermore, because there are so many passengers during these times, waiting time is critical. As a result, the EGCS is usually able to dispatch landing calls during the interfloor pattern, when dispatching options are higher and traffic is lighter (so the waiting time problem is not as important as it is at other times), with the energy problem taking precedence over other factors 36 .…”

Section: Proposed Method: Adaptive Elevator Kinematics Optimization B...mentioning

confidence: 99%

Adaptive elevator kinematics optimization based dual response algorithm for determining proper levels in plaster milling process parameters

Luangpaiboon

Juttijudata

2023

Sci Rep

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This study proposes a novel hybrid approach, called Adaptive/Elevator Kinematics Optimization algorithm based on dual response algorithm (A/EKO-DRA), to enhance the robust parameters estimation and design of the plaster milling process. The A/EKO-DRA method reduces variability while maintaining the desired output target, thereby minimizing the impact of variance on the expected stucco combined water. The performance of the A/EKO-DRA is compared with conventional processes through numerical examples and simulations. The results show that the A/EKO-DRA method has the lowest mean absolute errors among other methods in terms of parameter estimation, and it achieves the response mean of 5.927 percent, which meets the target value of 5.9 percent for industrial enclosures, with much reduction in the response variance. Overall, the A/EKO-DRA method is a promising approach for optimizing the plaster milling process parameters.

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Section: Proposed Method: Adaptive Elevator Kinematics Optimization B...mentioning

confidence: 99%

Adaptive elevator kinematics optimization based dual response algorithm for determining proper levels in plaster milling process parameters

Luangpaiboon

Juttijudata

2023

Sci Rep

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“…Kapasiti pengguna (d 1 )Parameter kapasiti pengguna dikira berdasarkan jumlah pengguna seramai 155 orang seperti dalam Rajah 5. Siikonen et al (2001) dalam kajiannya menggunakan nisbah peratusan sebanyak 50% daripada jumlah kapasiti pengguna(Ciflikli & Oner Tartan, 2019) tetapi kajian ini, melibatkan dua tahap. Tahap pertama 100% (d 1a ) daripada jumlah pengguna manakala tahap kedua 70% (d 1b ) daripada jumlah pengguna.…”

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Perancangan dan pengujian pemindahan pengguna melalui simulasi tindakbalas kecemasan 3D

Rahman¹,

Maulud²,

Mustorpha³

2020

GEOGRAFIA

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The process of evacuating users in emergency management is very important, in line with the development of a sustainable multi-level structure. It is challenging because they are tied to things beyond control such as user behavior and dynamic factors of an accident. This study is conducted to design and evaluate the user evacuation process in a 3D environment. It involves three phases namely data integration phase, topology development and testing, and simulation analysis. Methods of integrating 3D BIM models into 3D GIS were tested and the integration method from Revit to Feature Manipulation Engine (FME) to Multipatch Shapefile was chosen as the best method because it met the needs of emergency analysis. Next, the topology network is developed and tested through availability and accuracy test. The average availability access is more than 12% while the error rate detected is 3.18%. The distance measured for the nearest exit and the 0.38m lattice size is used as a parameter input in the third phase. Three parameters namely speed, user capacity and access selection were tested in eight different simulations. The simulation results are summarized into two factors: time and space critical. Time factors elaborate on the impact of user capacity and selection of access towards time. The effect of user capacity would be greater as the duration of user evacuation increases. The divide access method was identified as the best way to evacuate users on average of 17% faster than other methods. Critical space factors discussed the identification of critical spaces through heat maps and the Level of Service theory. The critical spaces were identified due to access with less than 1.5 meters width at each level. Through access widening testing has proven can improve user evacuation flow in this study.

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Esra (elevator simulation, research & analysis): an open-source software tool for elevator traffic simulation, research, and analysis

Tartan,

ÇIFLIKLI

2024

Journal of Simulation

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A model for the visualization and analysis of elevator traffic

Cited by 7 publications

References 10 publications

Adaptive elevator kinematics optimization based dual response algorithm for determining proper levels in plaster milling process parameters

Adaptive elevator kinematics optimization based dual response algorithm for determining proper levels in plaster milling process parameters

Perancangan dan pengujian pemindahan pengguna melalui simulasi tindakbalas kecemasan 3D

Esra (elevator simulation, research & analysis): an open-source software tool for elevator traffic simulation, research, and analysis

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