Abstract
Pedan City is a sub-district city located in the Klaten Regency area and has always been a culinary tourism object for tourists or residents in the Pedan area and its surroundings. The main problem that arises is when there are more and more culinary attractions in the city of Pedan sub-district, but there is less detailed information about these culinary attractions. The main objevtive of this work is to provide location information tourism in the Pedan area easily and simply because it can be operated anywhere the user is using an android-based mobile device. The method used in this research is the Waterfall method. The results of the study are expected to increase culinary tourism in the city of Klaten district, especially Pedan sub-district, as well as interest for tourists or residents in the city of Pedan sub-district to be interested in visiting culinary tourism objects in the Pedan city area
Highlights
The millennium 4.0 era, which is growing towards the current 5.0, makes people think rationally, how important is technology, which guides all human activities to be able to do everything effectively and efficiently
The results achieved are in the form of implementing a Culinary Tourism Geographic Information System (GIS) Design system in Pedan District based on Android
In making the GIS Design for Culinary Tourism in Pedan District Based on Android, the author uses a computer as a replacement hardware
Summary
The millennium 4.0 era, which is growing towards the current 5.0, makes people think rationally, how important is technology, which guides all human activities to be able to do everything effectively and efficiently. Everything related to technology must be related to information. Smartphone is a mobile technology that has an Android-based operating system, which is currently very familiar and popular in the community (Minghua et al, 2011; Ambarwulan and Muliyati, 2016; Sadiah, 2020). The development of mobile technology currently leads to online business applications that are currently mushrooming in cyberspace, to how to implement these applications with webs and android-based geographic information systems (Baliga et al, 2019; Fernando et al, 2019; Putra et al, 2020)
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