Chapter

Komparasi Kelembagaan GNSS Indonesia dan Australia

Authors:
Abdullah Jamil
Abdullah Jamil
Abdullah Jamil
  • This person is not on ResearchGate, or hasn't claimed this research yet.
Download citation
To read the full-text of this research, you can request a copy directly from the author.

Abstract

Sistem Satelit Navigasi Global (GNSS) berfungsi untuk menentukan informasi mengenai posisi, navigasi dan waktu, dan telah banyak digunakan di beberapa negara. Salah satu negara yang telah meningkatkan keuntungan di bidang ekonomi dengan memanfaatkan teknologi GNSS ialah Australia. Di Indonesia teknologi GNSS telah banyak digunakan oleh berbagai lembaga pemerintah untuk penentuan posisi, mitigasi bencana, perencanaan pertanahan maupun penelitian cuaca antariksa. Kajian ini bertujuan untuk mengetahui pelaksanaan kelembagaan GNSS di Australia dan dibandingkan dengan penerapannya di Indonesia. Metodologi yang digunakan dalam kajian ini adalah deskriptif yang menggambarkan sistem kelembagaan GNSS di Australia serta komparatif yang membandingkan antara kelembagaan di Indonesia dan Australia. Hasil yang diperoleh menunjukkan bahwa kebijakan pemanfaatan satelit Australia mengamanatkan untuk menetapkan salah satu lembaga sebagai koordinator dan penanggung jawab dalam infrastruktur dan layanan GNSS untuk meningkatkan pemanfaatan GNSS di negara tersebut. Sedangkan di Indonesia sampai dengan saat ini belum ada lembaga yang ditunjuk pemerintah untuk bertanggung jawab terhadap infrastruktur dan layanan GNSS.

No full-text available

Request Full-text Paper PDF

To read the full-text of this research,
you can request a copy directly from the author.

ResearchGate has not been able to resolve any citations for this publication.
Penentuan Posisi dengan GPS dan Aplikasinya
Book
Full-text available
  • Jun 2024
A book about "GPS positioning and its applications" written in Indonesia. The following URL allows you to read the book for free Ebook: https://www.itbpress.id/buku-gratis/#flipbook-df_22771/1/
View
Data Collection, Communications and Processing in the Sumatran GPS Array (SuGAr)
Article
Full-text available
  • Jul 2011
The Sumatran GPS array spans approximately 1300 km along the West coast of Sumatra, Indonesia. Almost 40 monitoring stations periodically collect high accuracy continuous GPS readings, and convey these to a central server for post-processing in Singapore. Solutions from the array data are used to provide precise measurements of the deformation of the earth's surface over large distances: in effect allowing the tracking of tectonic movements, and aiding in the understanding of seismic events in this highly active area of the earth's crust. Invaluable SuGAr-provided scientific data has been published over recent years, however this paper will discuss the communications and computer engineering architecture and evolution of this large sensing network, rather than the tectonic meaning of the data.
View
GNSS Coordination at the National Level: the Australian Experience
Article
Full-text available
  • Dec 2004
GNSS Coordination at the National Level: the Australian Experience Prof D H Sinnott Chair, Australian GNSS Coordination Committee c/- Technology Team, Department of Transport and Regional Services Canberra ACT Tel: +61 8 8264 4515 Email: don.sinnott@ieee.org ABSTRACT In May 2000 the Australian Minister for Transport and Regional Services, advised by his Department, established a non-executive stakeholder body, the Australian GNSS Coordination Committee (AGCC), with terms of reference aimed at national coordination of GNSS application. This initiative responded principally to perceptions of potential for economies and efficiencies from national-level standardising and investment-sharing of equipment and services, especially in GNSS infrastructure and augmentation. In the event, in its first three years the AGCC was little able to exert significant influence in such market-driven areas. Rather, it successfully developed for government endorsement, in August 2002, a wide-ranging national GNSS policy and also addressed priority applications issues concerning GNSS jamming and interference, spectrum licensing, legal positioning/timing matters, and national and international connections, including with GPS and Galileo program management. Following a performance review in 2003 the AGCC’s mandate was extended to 2006, with revised terms of reference. This paper critically examines the experience of the AGCC in national-level coordination of GNSS application. As in many countries, Australia does not control sources of GNSS signals and applications are pervasive within a free-market economy. No single government agency or industry sector has general GNSS control or policy mandate. The degree to which, in this environment, a non-executive body like the AGCC can be effective in its role is discussed. The experience and future plans of the AGCC reported in this paper raise topics of relevance not only for Australia but for other countries as well that seek a degree of national coordination and efficiency in GNSS application. KEYWORDS: Coordination, Australia, national, government, jamming.
View
Pemodelan TEC Regional dari Data GPS Stasiun Tetap di Indonesia dan Sekitarnya
Article
Full-text available
  • Jan 2006
Ionosphere affect propagation of electromagnetic waves through it by adding a transmission delay time. In GPS positioning and navigation, ionospheric delay is largest source of error after error from Selective Availability (SA) was turned off. For GPS positioning precisely ionospheric effect must be estimated so ionospheric correction can be determinated to eliminate ionospheric effect on GPS observation. In positioning by using GPS single frequency, ionospheric correction can be obtained from GPS dual frequency receiver at reference station or model. This paper describes method of determination and modeling of regional total electron content (TEC) from continuous GPS station in Indonesia and it's around. Spatial model of TEC at certain time is estimated
View
The Value Of Augmented GNSS in Australia
  • Acill Allen
  • Consulting
Allen, Acill Consulting, 2013, The Value Of Augmented GNSS in Australia, Acil Allen Pty Ltd., Melbourne, Australia.
Sistem Informasi Degradasi Satelit Gps Untuk Deteksi Gangguan Navigasi Dan Komunikasi Satelit
  • Effendy
  • Slamet Dan
  • Supriadi
Effendy., dan Slamet Supriadi., 2010, Sistem Informasi Degradasi Satelit Gps Untuk Deteksi Gangguan Navigasi Dan Komunikasi Satelit, J. Sains MIPA, Agustus 2010, 16(2).
Implementation of GPS CORS for Cadastral Survei and Mapping in Indonesia: Status, Constraints dan Opportunities
  • H Z Abidin
  • Tony S Haroen
  • Imam Mudita
  • Farid H Adiyanto
Abidin, H.Z., Tony S. Haroen, Imam Mudita., and Farid H. Adiyanto, 2012, Implementation of GPS CORS for Cadastral Survei and Mapping in Indonesia: Status, Constraints dan Opportunities, FIG Working Week Proceedings, TS06E -GNSS Infrastucture and Applications II, Italy, 6-10 May.
Status and Plans Of GNSS Application for Space Weather Monitoring In Indonesia
  • Buldan Muslim
  • Jade Jonni Effendi
  • Marton
Muslim, Buldan., Jonni Effendi., and Jade Marton., 2013, Status and Plans Of GNSS Application for Space Weather Monitoring In Indonesia, UN Croatia Workshop on Application Of Global Navigation Sateliite System, Baska, Croatia, 21-25 April.
GNSS-Global Navigation Satellite System: GPS, GLONASS, Galileo and more
  • Benhard Wallenhof
  • H Hoffman
  • Elmar Lichtenegger
  • Wasle
Wallenhof, Benhard Hoffman., H. Lichtenegger., and Elmar Wasle., 2008, GNSS-Global Navigation Satellite System: GPS, GLONASS, Galileo and more., Springer Wien, New York.
InaCors : Infrastructure of GNSS CORS in Indonesia, FIG Congress Proceedings, TS 08A - Global Geodetic Reference Frame and CORS -3
  • Arif Aditya
  • Arif Syafii
Aditya, Arif., Joni Efendi., and Arif Syafii., 2014, InaCors : Infrastructure of GNSS CORS in Indonesia, FIG Congress Proceedings, TS 08A -Global Geodetic Reference Frame and CORS -3, Kuala Lumpur, Malaysia, 16-21 June.
Sistem CORS (Continuously Operating Reference Station) di Indonesia dan Beberapa Negara Lainnya, Skripsi, Program Studi Teknik Geodesi dan Geodinamika ITB
  • Mohamad Azmi
Azmi, Mohamad., 2012, Sistem CORS (Continuously Operating Reference Station) di Indonesia dan Beberapa Negara Lainnya, Skripsi, Program Studi Teknik Geodesi dan Geodinamika ITB, Bandung.
National Positioning Infrastucture: Where are we know?
  • Grant Hausler
  • Philip Collier
Hausler, Grant., and Philip Collier., 2013, National Positioning Infrastucture: Where are we know?, IGNSS Symposium, Outtrigger Gold Coast, Australia 16-18 July.
National Positioning Infrastructure: technical, institutional and economic criteria for coordinating access to Australia's GNSS CORS infrastructure
  • Grant Hausler
Hausler, Grant., 2014, National Positioning Infrastructure: technical, institutional and economic criteria for coordinating access to Australia's GNSS CORS infrastructure, PhD Thesis, University Of Melbourne, Australia.
GNSS-RTK Network Technology Impact Assessment for Land Surveiing at Badan Pertanahan Nasional Republik Indonesia (BPN RI) : A Report
  • Imam Mudita
Mudita, Imam., 2011, GNSS-RTK Network Technology Impact Assessment for Land Surveiing at Badan Pertanahan Nasional Republik Indonesia (BPN RI) : A Report., Proceeding of 10 th Annual Conference and Exhibition On Geospatial Information, Technology and Applications, Hotel Mulia Senayan, 17-19 Oktober, Jakarta.
Rencana Pengembangan Persatelitan Nasional, makalah disampaikan pada pertemuan ilmiah di Pusat Pengkajian dan Informasi Kedirgantaraan LAPAN
  • Suhermanto
Suhermanto, 2015, Rencana Pengembangan Persatelitan Nasional, makalah disampaikan pada pertemuan ilmiah di Pusat Pengkajian dan Informasi Kedirgantaraan LAPAN, Jakarta, Tanggal 24 Februari.
  • Jan 2010
  • 11-16
  • H Z Abidin
  • Cecep Subarya
  • Buldan Muslim
  • H Farid
  • Adiyanto
  • Irwan Meilano
  • Andreas Heri
  • Irwan Gumilar
Abidin, H.Z., Cecep Subarya., Buldan Muslim., Farid H. Adiyanto., Irwan Meilano., Heri Andreas., and Irwan Gumilar., 2010, The Aplications Of GPS CORS in Indonesia: Status, Prospect and Limitation, FIG Congress Proceeding, TS 4C -GNSS CORS Network -Infrastucture, Analysis and Application II, Sydney, Australia, 11 -16
Australian Strategic Plan For GNSS
  • Jan 2010
ANZLIC, 2010, National Positioning Infrastructure (NPI) Policy, Canberra, Australia. ASC, 2013, Australian Strategic Plan For GNSS, Australian Spatial Consortium, Australia.
Buku Saku Pelaksanaan Pengukuran dan Pemetaan Bidang Tanah dengan CORS/JRS, www.bpnri-cors.net, diunduh 08
  • Sep 2011
BPN, 2011, Buku Saku Pelaksanaan Pengukuran dan Pemetaan Bidang Tanah dengan CORS/JRS, www.bpnri-cors.net, diunduh 08 September 2015.
Undang-Undang Republik Indonesia Nomor 21 Tahun
  • Jan 2013
Kementerian Sekretariat Negara RI, 2013, Undang-Undang Republik Indonesia Nomor 21 Tahun 2013 Tentang Keantariksaan, 6 Agustus 2013, Lembaran Negara Republik Indonesia tahun 2013 Nomor 133, Jakarta.
Regulating GNSS -Present Strategy, Future Challenge
  • Jul 2006
  • 17-21
  • Alexandra Seneta
  • Mark Elsegood
Seneta, Alexandra., and Mark Elsegood, 2006., Regulating GNSS -Present Strategy, Future Challenge., Proceeding of IGNSS Symposium 2006, Holiday Inn Surfers Paradise, Australia 17-21 July.