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PELUANG DAN TANTANGAN EKONOMI GEOSPASIAL DI INDONESIA Amhar, Fahmi; Karsidi, Asep; Poniman, Aris; Wijoyo, Suharto
MAJALAH ILMIAH GLOBE Vol 15, No 2 (2013)
Publisher : Badan Informasi Geospasial

Salah satu dari tujuan UU No. 4/2011 tentang Informasi Geospasial adalah untuk meningkatkan pertumbuhan ekonomi yang berbasis pemerataan dan keberlanjutan. Pemerataan selain berdimensi sosio-demografis juga geografis-finansial. Dan keberlanjutan selain memperhatikan aspek ketersediaan sumber daya alam juga dampak lingkungan. Tulisan singkat ini akan membahas 3 aspek dari sekian aspek ekonomi geospasial di Indonesia. Pertama menelaah gagasan bahwa bila Informasi Geospasial Dasar (IGD) yang menjadi domain Badan Informasi Geospasial (BIG) digratiskan, maka akan terjadi dampak positif ekonomi yang cukup signifikan, dan berbagai cabang ekonomi kreatif spasial akan tumbuh subur. Kedua menelaah aspek-aspek penguatan SDM yang diperlukan untuk menunjang tumbuhnya ekonomi geospasial. Dan ketiga ide pengaturan agar masyarakat tetap mendapatkan IGDyang paling berkualitas, di tengah keterbatasan sumberdaya BIG â meski mendapat mandat UU menjadi satu-satunya penyelenggara, namun pada saat yang sama ada inisiatif baik dari pemerintah daerah, swasta maupun masyarakat.Kata Kunci : Informasi Geospasial, Ekonomi, Tarif Gratis, Pemetaan Partisipatif.ABSTRACTOne of the purposes of Law No. 4/2011 on Geospatial Information is to increase economic growth based on equity and sustainability. Equalization in addition to socio-demographic dimension is also geographically-financial. And sustainability in addition to the aspect of the availability of natural resources also impacts to the environment. This short article will discuss three aspects of the geospatial aspects of Indonesias economy. The first examines the idea that if the Base Geospatial Information (IGD) which is the domain of the Geospatial Information Agency (BIG) is free, there will be a quite significant positive economic impact, and the various branches of creative spatial economy will flourish. The second examines aspects of strengthening human resources needed to support the geospatial economic growth. And the third idea is regulating so that people still get the most qualified geospatial information, among constraints of BIG - although received a legal mandate to be the sole provider, but at the same time there is a good initiative from the local government, private and public.Keywords : Geospatial Information, Economic, Free Charge, Patisipatory Mapping.

EKSTRAKSI GARIS PANTAI MUKA LAUT RATA-RATA DARI CITRA MULTI PASUT Amhar, Fahmi; Subagio, Habib; Sumaryono, Sumaryono
MAJALAH ILMIAH GLOBE Vol 13, No 2 (2011)
Publisher : Badan Informasi Geospasial

Setiap garis pantai yang didapatkan dari foto udara atau citra satelit adalah garis aktual atau temporal, yang dipengaruhi oleh fenomena pasang surut (pasut). Pada sebuah peta, diperlukan tinggi garis pantai muka laut rata-rata, yang harus dicari dengan bantuan data pasut. Di paper ini, penulis mencoba mendapatkan garis pantai muka laut rata-rata dari citra multi pasut. Hasilnya adalah garis pantai rata-rata dengan akurasi vertikal desimeter sedang akurasi horisontalnya tergantung kelandaian (slope) pantai yang bersangkutan. Penggunaan citra radar lebih mudah sebab citra radar multipasut dengan perbedaan ekstrim lebih mudah diperoleh karena tidak ada kendala awan. Kombinasi metode DEM dan metode median line pada citra radar akan menghasilkan hasil yang nyaris berimpit, sedang pada citra optik, hasilnya akan cukup jauh.Kata Kunci: Garis Pantai, Pasang Surut, Muka Laut Rata-RataABSTRACTAny coastline extracted from aerial or satellite imageries is an actual or temporal line, influenced by tidal phenomena. Mean sea level coastline is needed on a map, which must be extracted with the help of tidal data. In this paper we tried to extract the mean sea level coastline from multi-tidal-imageries. The result was mean sea level coastlines with vertical accuration in decimeter level, while the horizontal accuration depending on slope of the coast. The used of radar data for extracting coastline is easier because the multi-tidal radar images with extreme tidal differences can be obtained since radar data is free of cloud cover problem. Combination method of DEM and median line on radar data would result on a nearly similar coastline.Keywords: Coastline, Tidal, Mean Sea Level

Data Growth Identification and Application Performance Index (APDEX) Evaluation on the Performance of Geospatial Information Mapping Applications Silalahi, Florence Elfriede Sinthauli; Prayitno, Mugi; Gambetta, Windy; Amhar, Fahmi; Rachma, Tia Rizka Nuzula; Wijaya, Muhammad Nur Qomari Adi
Jurnal Pekommas Vol 6 No 1 (2021): April 2021
Publisher : Sekolah Tinggi Multi Media “MMTC” Yogyakarta

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.56873/jpkm.v6i1.3756

The Awareness for managing information technology (IT) as the responsibility of various parties has emerged, supported by improving in the quality of the Electronic Based Government System (SPBE), made IT cannot be considered as support only, but its strategic function is going started to be reviewed. This aims to realize the availability of data that is accurate, up-to-date, integrated, accountable, and easily accessible and shared by the public. Geospatial data and information (IG) are strategic because they are included in the implementation of the Presidential Decree One Data Indonesia together with statistical and financial data. GI that is generated and reprocessed from service systems and equipment sensors, requires operational management support, performance, and ease of addition, as well as interoperability with other systems. It is necessary to measure user satisfaction with GI services, namely in nine mapping applications, using the Application Performance Index (APDEX) Score using JMeter, identifying user behavior with Google Analytics, and recommending application performance improvements from the GT Metrix test results. From the results, the total number of application users is quite high. The APDEX score results show a range of 0.516 to 0.945, so improvements are needed for scripts, server utilization (CPU, memory, and storage), and available bandwidth. Furthermore, it is necessary to use a CDN or proxy to cache js, CSS scripts, and base maps (images), as well as optimize according to the recommendations of GT Metrix.

Science in the Whirlwind of Religion and Power Amhar, Fahmi; Puri, Anas
Islamic Research Vol 8 No 2 (2025): Islamic Research
Publisher : Perhimpunan Intelektual Muslim Indonesia

Show Abstract | Download Original | Original Source | Check in Google Scholar

This paper examines the interaction between science, religion, and power in various historical and social contexts. Science is defined as a systematic effort to build knowledge through testable explanations and predictions, while religion is a system that connects humans with supernatural and transcendental elements. Power, in this context, is viewed as a social production that influences the capacities, actions, and beliefs of actors. The paper outlines a crisis of thinking and literacy among scientists, religious scholars, and politicians, who often fail to understand or disregard the relevance of other fields. Various types of relationships between power and both science and religion are described, including power that protects, suppresses, restricts, utilizes, or mediates between the two domains. Additionally, the paper discusses how religion and science can influence or even conflict with each other. Historical examples of the complex interactions between science, religion, and power are provided, showing that harmony among them can lead to progress, while imbalance can result in regression. In conclusion, Muslims need to understand and appropriately position science, religion, and power to avoid secular extremism and ensure balanced development in society.

Science in the Whirlwind of Religion and Power Amhar, Fahmi; Puri, Anas
Islamic Research Vol 8 No 2 (2025): Islamic Research
Publisher : Perhimpunan Intelektual Muslim Indonesia

Show Abstract | Download Original | Original Source | Check in Google Scholar

This paper examines the interaction between science, religion, and power in various historical and social contexts. Science is defined as a systematic effort to build knowledge through testable explanations and predictions, while religion is a system that connects humans with supernatural and transcendental elements. Power, in this context, is viewed as a social production that influences the capacities, actions, and beliefs of actors. The paper outlines a crisis of thinking and literacy among scientists, religious scholars, and politicians, who often fail to understand or disregard the relevance of other fields. Various types of relationships between power and both science and religion are described, including power that protects, suppresses, restricts, utilizes, or mediates between the two domains. Additionally, the paper discusses how religion and science can influence or even conflict with each other. Historical examples of the complex interactions between science, religion, and power are provided, showing that harmony among them can lead to progress, while imbalance can result in regression. In conclusion, Muslims need to understand and appropriately position science, religion, and power to avoid secular extremism and ensure balanced development in society.

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