Sistem Pembacaan Kode Pos yang Terintegrasi dengan Pencarian Alamat pada OpenStreetMap

Adrian Evan(1*), Leo Willyanto Santoso(2), Rudy Adipranata(3),


(1) Program Studi Informatika
(2) Program Studi Informatika
(3) Program Studi Informatika
(*) Corresponding Author

Abstract


Postal code consist of sequential data which refers to a certain address in detail to their smallest form such as rural areas that are seperated by its own respective digits except the tiniest rurals. On the contrary, these pieces of data cannot be used conveniently on map database due to its thorough categorization and filtering process. Some of them may uncorrelated and may cause misunderstanding as of commonly existing digital maps merely processing longitude, latitude, also address data to city level simply using plain text.
To solve the database system and postal data system disjoint problem, these two separate yet potentially powerful systems has to be integrated. With the continuous web development and securer HTTPS protocol into practice, also putting Progressive Web Apps into consideration, these core address finding functions
namely geocoding, geolocation, also reverse geocoding majorly functions optimally without any need to concern users’ convenience on using this merged system at any sort.
Test results conclude that this merged system has been significantly improving location finding accuracy, as long as the system works within the right hands. Basic knowledges of mapping system and GIS are inevitably mandatory to unleash existing maps capability of location finding into deeper levels. This will operates even optimally when the postal data system are wholefully implemented into the querying process, in addition to another smart features, such as shortest/fastest route tracking also traffic/riot detection into play.


Keywords


postal code; Progressive Web Apps; longitude; latitude; geocoding; geolocation; reverse geocoding

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References


Agarwal, N. 2019. “Progressive Web Apps-Prime Time to Change”. WildNet Technologies. Retrieved from URI = https://www.wildnettechnologies.com/

Arya, W., 2017."Apa itu ZIP code", Lifeder Indonesia., URI =https://id.lifeder.com/zip-code-kode-pos/

Buczkowski, A. 2015, October. geoawesomeness. “Why would you use OpenStreetMap if there is Google Maps?” URI=https://geoawesomeness.com/

Chiu, CS. and Wang, D. "Weighted coordinates transformation method for map overlay with non-homogeneous space partition", Computer & Geosciences, vol. 29, 2003.

de Croos, P. 2018. When You Should (and Shouldn’t) use Firebase. codementor community. Retrieved from URI = https://www.codementor.io/cultofmetatron/when-you-should-and-shouldn-t-use-firebase-f62bo3gxv

Kusuma, M.E. dan Yanto Budisusanto. "Aplikasi Google Maps API dalam pengembangan Geographic Information System pariwisata berbasis web pada daerah Sidoarjo", GEOID, vol.10, no.2, 2015.

Lenaghan, J. 2014. Location Precision: the Good, the Bad and the Ugly. URI = https://adexchanger.com/data-driven-thinking/location-precision-the-good-the-bad-and-the-ugly/

Lukwira, A.L. 2016. “Pengalaman Buruk Naik Grab dan Gojek”. Kompasiana. Retrieved from URI =

https://www.kompasiana.com/lukwirandre/56e8d83d45afbd8a0b350132/pengalaman-buruk-naik-grab-dan-gojek?page=all

McDonough, M. 2013. “Google Map Maker vs. OpenStreetMap: Which mapping service rules them all?” In: Eyers D., Schwan K. (eds) Digital Trends. Retrieved from URI = https://www.digitaltrends.com/computing/google-map-maker-vs-openstreetmap-id-editor/

Prima, E. 2018. Surabaya Kembangkan Aplikasi GoBis untuk Pantau Suroboyo Bus. Retrieved from URI = https://tekno.tempo.co/read/1158855/surabaya-kembangkan-aplikasi-gobis-untuk-pantau-suroboyo-bus/full&view=ok

Quinn, S. dan John A. Dutton. Why tiled maps? URI =https://www.e-education.psu.edu/geog585/node/706

Sebastian, N., Vadim Savenkov and Alex Polleres, "Geo-Semantic Labelling of Open Data", Procedia Computer Science, vol. 17, 14th International Conference on Semantic Systems, 2018.

Van Diggelen. F., Want, R. and Wang, W. 2018. How to achieve 1meter accuracy in Android. Retrieved from URI = https://www.gpsworld.com/

Verma, S. 2018. APIs versus web services. Retrieved from URI = https://blogs.mulesoft.com/dev/api-dev/apis-versus-web-services/

Wang, N., Zhang, H., and Men, C. "A high capacity reversible data hiding method for 2D vector maps based on virtual coordinates", Elsevier, 2014.

Zuniar, S.A., Prastyo, R. dan Listiyorini, T. "Pemanfaatan Google Maps API untuk pencarian jalur lokasi SPBU terdekat di kota Jepara dan Kudus dengan teknologi Node.JS", SELISIK 2016


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