ThesisOpen AccessMetadata saja
•Skripsi, Thesis, Disertasi, dan Tugas Akhir
Sebangau National Park is a national park located in Central Kalimantan, Indonesia. In administrative division, Sebangau National Park is located in three districts. They are Katingan Regency (52%), Pulang Pisau Regency (38%) and Palangka Raya City (10%). Sebangau National Park consists of peat forest. On the website Sebangau National Park, Palangka Raya only provides information about the Park, news, articles, flora and fauna. The animals available on the website are very few so that there are some animals that are not recognized. For this reason, the "-based animal application in Sebangau National Park" system was developed Web to help introduce other animals.
The design method used is the method waterfall, is one type of application development model and is included in the classic life cycle , which emphasizes sequential and systematic phases. For the development model, it can be analogous to a waterfall, where each stage is carried out sequentially from top to bottom.
The application used to build the system, Codeiginiter Framework 3,programming languages PHP and HTML, text editor using Sublime Text 3, XAMPP as a web server and MySQL as a database management system.
ThesisOpen AccessMetadata saja
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Vulnerability is a condition or condition that can reduce the community's ability to prepare for disaster hazards or threats. The purpose of knowing vulnerability is to reduce the possibility of adverse impacts caused by disasters. The process of predicting flood vulnerability using the Mamdani Fuzzy Inference System method. In the tests carried out by manual calculations and the program uses several defuzzification methods, namely Centroid, SOM (Smallest Of Maximum), LOM (Large Of Maximum), MOM (Mean Of Maximum), Bisector. Furthermore, manual calculations are compared with calculations from the program.The problem of this research is how to design and create a 2D Platformer game based on Android that has an educational element in it that can help users to provide entertainment and learning simultaneously while playing games. The problem of this research is how to implement mamdani fuzzy logic to predict flood vulnerability in Palangka Raya City and how to build a mamdani fuzzy system to predict flood area vulnerability in Palangka Raya City area based on Web with Php programming language. This research produces outputs that are safe, vulnerable, very vulnerable and flood vulnerability. For manual calculations, it begins with determining the fuzzy set of each variable, forming fuzzy rules (implications), composition of rules using the MAX function, confirmation (defuzzification). Meanwhile, the program starts with creating an interface design using Balsamiq Wireframes. Then proceed with implementing it into the PHP programming language code so that the design of the flood vulnerability prediction application can function. After the prediction program has been successfully created, the sub-district monograph data can be entered. Furthermore, it will be processed using the Mamdani Fuzzy Inference System method that has been included in the program code, then the results of the vulnerability will appear.
