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| Title | Modeling Surabaya People's Willingness to Utilize Eco-Sanitary Products Using Agent-Based Modeling Simulation |
| Edition | |
| Call Number | 2017/II/103 |
| ISBN/ISSN | |
| Author(s) | Ardiansyah, Lukman |
| Subject(s) | Sanitary Agent-Based Modeling Simulation |
| Classification | 658.85 Ard m |
| Series Title | GMD | Tugas Akhir |
| Language | Inggris |
| Publisher | Departemen Teknik Industri FTI-ITS |
| Publishing Year | 2017 |
| Publishing Place | Surabaya |
| Collation | |
| Abstract/Notes | Surabaya has a reckless record in terms of water usage resulting to the possibility of a water shortage by the year 2018. There are many research projects on improving the water management system, one of them is the Urban Water Bubble Model. The first and most basic phase is the city water supply and the most advanced phase is a water sensitive city. Water sensitive city is more promising since it invests in green water technologies, use of wastewater, and use of eco-sanitary products. The adoption of these strategies requires multiple stakeholders and their environments, which prompts the researchers to utilize an agent-based modeling approach. In this case, the agents discussed are households, government, PDAM, and stores. Experimental factors are given to the agent to as their willingness to change option. The scenarios generated will be further analyzed using Design of Experiments to understand which scenario is better and most suitable to be implemented in order to influence the decision-making of Surabaya citizens about the use of eco-sanitary products. The DOE approach that were used is Taguchi method and allow us to reduce the number of experiments. In conclusion, the two scheme shows almost the same result. . The result for scheme 1 is to affect the neighbors, high availability of product, only 5% increase of product price, have significant impact, 30% subsidy is given, information is easy to obtain, and free installation fees. The only difference with the second scheme is to neglect the neighboring factor. |
| Specific Detail Info | Water, Water Management, Agent-Based Modeling Simulation, Design of Experiment |
| Image |  |
| File Attachment | LOADING LIST... |
| Pembimbing | Dr. Maria Anityasari S.T., M.E. |
| Volume | |
| Availability | LOADING LIST... |
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