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All Journal Indonesian Journal of Geography Indonesian Journal of Geospatial Jurnal Sosioteknologi Journal of Engineering and Technological Sciences Jurnal Teknik Sipil JURNAL ILMIAH GEOMATIKA Geoid - Journal of Geodesy and Geomatics
S. Hendriatiningsih
Kelompok Keilmuan Surveying & Kadaster Fakultas Ilmu Dan Teknologi Kebumian Institut Teknologi Bandung Jl. Ganesha No. 10 Bandung 40132
Agriculture, Biological Sciences & Forestry Civil Engineering, Building, Construction & Architecture Earth & Planetary Sciences Engineering Environmental Science Mathematics Social Sciences

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Pengaturan Pemanfaatan Ruang di Atas Tanah dalam Penerapan Kadaster 3-Dimens S Hendriatiningsih; Bambang Edhi Leksono; Wisang Wisudanar
Indonesian Journal of Geospatial Vol 1 No 1 (2012)
Publisher : Indonesian Journal of Geospatial

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Abstract. Increasing activity at the infrastructure construction in urban areas causes a revolution in the infrascructure become vertically oriented, means using the space either above or under the land surface. Law Number 16 Year 1985 about Stack Houses have given the arrangement about land registration based on space. This arrangement only to regulate use of space vertically, which the space has land rights and become unseparated part from its building. Therefore, it's necessary to have a regulation about use of the space above the ground which has nothing related with its land rights and basically it's about authorization of space based on volume, therefore it is necessary to apply cadastre 3D concept in its regulation. The study case in this research is Beringhajo Market (Pasar Beringhajo) building which is located on Pabringan Street. The data that are collected consist of physical and juridical data. The 3D cadastre that applied is using Full 3D Cadastre Alternative Combined 2D/3D method as the most accurate method for regulating use of space above the land surface. This method is also used as reference for designing the form of rights and spatial data for use of space above the land surface. The rights form is a product from processing physical and juridical data, while spatial data form is only from physical data processing. From this form designing, a new rights institution which is called rights for using space above the land surface (Hak Guna Ruang di Atas Tanah/HGRAT), and spatial data in volumetric land which is formed in 2.5D registration map and document of measurement certificate, was formed. Keywords : 3D cadastre, use of space above the land surface. 
As-Built Drawing Bangunan untuk Pendaftaran Hak Milik Atas Satuan Rumah Susun dalam Sistem Kadaster 3-Dimensi S. Hendriatiningsih
Indonesian Journal of Geospatial Vol 1 No 2 (2012)
Publisher : Indonesian Journal of Geospatial

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INTEGRATION CONSTRUCTION OF MARINE UTILIZATION ELEMENTS TOWARDS INDONESIA GOOD OCEAN GOVERNANCE IN MARINE CADASTRE PERSPECTIVE Yackob Astor; Widyo Nugroho SULASDI; Dwi Wisayantono; S. Hendriatiningsih
Indonesian Journal of Geospatial Vol 4 No 1 (2015)
Publisher : Indonesian Journal of Geospatial

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Abstract. Indonesia as an archipelagic country has marine larger area than land. With approximately consist of more than 13.466 islands (Geospatial Information Agency, 2013) and 99.093km coastline (Geospatial Information Agency, 2013), making Indonesia has more abundant natural resources of the sea than in land. This potential condition of marine resources is seen as an opportunity for Indonesia as a developing country to build excellence in coastal and marine field. However, after 70 years of its independence, maritime sector has not proved as a sector that can be seeded by the nation and relied by Indonesian people. Based on the literature, one of the main problems in Indonesian ocean is the unintegrated nature of utilization activities between institutional (sector), local government (provincial and city/county) and customary that caused overlapping claims marine areas that may result in marine boundaries conflicts.This paper discusses aboutintegration constructionconcept of marine utilization elements in Indonesia. Integration concept can be constructed by marine cadastre elements (right, restriction, and responsibility), integration principle and legal certainty principle in Law No. 4/2011 about Geospatial Information, Law 1/2014 about Coastal Management Areas and Small Islands, Law 23/2014 about Regional Autonomy, and Law 32/2014 about Marine.Keywords: right, restriction, responsibility, integration principle
Penyediaan Peta Daerah Konflik untuk Manajemen Konflik Pertanahan dengan UAV Alfita Puspa Handayani; Asep Yusup Saptari; Rizqi Abdulharis; S. Hendriatiningsih; Andri Hernandi1
Indonesian Journal of Geospatial Vol 7 No 2 (2018)
Publisher : Indonesian Journal of Geospatial

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Tingkat penyelesaian kasus sengketa konflik masalah pertanahan diIndonesia masih kurang dari 50%. Kendala terbesar adalah gesekan denganmasyarakat yang menguasai tanah yang menjadi objek sengketa dan konflik.Dengan perkembangan teknologi pemetaan yang ada, pemetaan daerah konflikdapat dilakukan tanpa secara langsung datang ke lokasi dan tanpa secaralangsung berhadapan dengan masyarakat. Salah satu teknologi pemetaan yangmampu memiliki akses untuk dapat memetakan daerah konflik tanpa secaralangsung datang ke lokasi dan tanpa secara langsung berhadapan denganmasyarakat adalah Teknologi Unmanned Aerial Vehicle (UAV), dengan metodefotogrametri berbiaya rendah/low cost photogrammetry dan menggunakanwahana pesawat tanpa awak/Unmanned Aerial Vehicle (UAV) Kelebihanmetode UAV ini, dapat digunakan pada topografi dengan resiko tinggi danaksessibilitas yang sulit, sehingga merupakan suatu solusi pemetaan di daerahkonflik. Untuk manajemen konflik pertanahan, tidak hanya peralatan saja yangakan digunakan, akan tetapi perlu diperhatikan pula mengenai metode dan teknikpemetaan serta pendekatan karakter sosial budaya masyarakat untukmenyelesaikan konflik, bukan sebagai pemicu tumbuhnya masalah lain.
3D Model Based on Terrestrial Laser Scanning (TLS) Case study: The Cangkuang Temple, Garut District, West Java, Indonesia Sadikin Hendriatiningsih; Deni Suwardhi; J. Januragadi
Journal of Engineering and Technological Sciences Vol. 47 No. 1 (2015)
Publisher : Institute for Research and Community Services, Institut Teknologi Bandung

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.5614/j.eng.technol.sci.2015.47.1.1

Abstract

The subject of the  investigation reported in this paper is  the visualization of three-dimensional (3D) surface models in a 3D mapping survey using terrestrial laser scanning (TLS). The Cangkuang Temple nearby Garut City was chosen as the object. The laser technology instruments used were a Topcon GLS-1000 (Geodetic Laser Scanner) and a Topcon IS (Image Station). Twelve points at  the same position in each 3D surface model  were selected.  The coordinate system of the IS was then transformed into the coordinate system of the GLS-1000 using a 3D similarity transformation model. The 3D distances were calculated for each model.  Differences  in distance were considered as errors  in the x, y,  and z  direction.  The standard deviation of the  distance differences was ±0.301 m. Some of the distance differences did not fall within the range of tolerances (about 15%). The 3D surface model visualization of the Cangkuang Temple that was created from the GLS-1000 data was more precise than the one created from the IS data. In the future, such 3D surface model visualizations could be used for documentation, preservation and reconstruction of heritage buildings.
Building Information Modeling (BIM) Utilization for 3D Fiscal Cadastre Sadikin Hendriatiningsih; Andri Hernandi; Asep Yusup Saptari; Ratri Widyastuti; Dhendy Saragih
Indonesian Journal of Geography Vol 51, No 3 (2019): Indonesian Journal of Geography
Publisher : Faculty of Geography, Universitas Gadjah Mada

Show Abstract | Download Original | Original Source | Check in Google Scholar | Full PDF (1877.414 KB) | DOI: 10.22146/ijg.41783

Abstract

Parcels data in Indonesia are still stored in 2-dimensional (2D) geometry which are integrated with other attribute data, such as the case with the Directorate of Land and Building Tax Indonesia. Whereas, building taxes assessment refers to a number of details that require the information to be stored in 3-dimensional (3D) forms. This study aims at the use of Building Information Modeling (BIM) technology, which widely used in building asset management in 3D. This research illustrates the usability of the role of BIM in assessing and managing building taxes in Indonesia. The point clouds were obtained using Terrestrial Laser Scanner (TLS) technology. The point clouds processed so that it can form 3-dimensional geometrical apartment. The attributes of the 3-dimensional model integrated with the geometric model using the BIM concept. The results analyzed to assess whether BIM concept was able to fulfill the needs of the 3D fiscal cadastre in Indonesia.
Aplikasi Stake-Out Titik dengan Akurasi Tinggi S. Hendriatiningsih
Jurnal Teknik Sipil Vol 15 No 2 (2008)
Publisher : Institut Teknologi Bandung

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.5614/jts.2008.15.2.2

Abstract

Abstrak. Salah satu pekerjaan penting dalam surveying rekayasa adalah melakukan stake-out titik rencana desain geometri baik horisontal maupun vertikal di permukaan bumi. Untuk memenuhi akurasi titik stake-out yang diinginkan, standard deviasi titik stake-out yang dicapai harus lebih kecil dari standar deviasi titik stake-out yang diinginkan. Standar deviasi titik stake-out yang dicapai dalam setting-out sudut dan jarak dipengaruhi oleh standar deviasi titik ikat dan akurasi peralatan yang digunakan. Untuk mengaplikasikan stake-out titik di permukaan bumi, diperlukan pemilihan peralatan surveying sesuai standar deviasi titik stake-out yang diinginkan. Metode hitungan data stake-out titik ini bermanfaat untuk aplikasi stake-out titik yang membutuhkan akurasi tinggi.Abstract. Of important tasks on engineering surveying is the staking out of points on geometric design, either horizontally or vertically. In order to satisfy the required accuracy, the achieved accuracy should be smaller than the required one. The achieved point standard deviation using setting-out of angle and distance on field was influenced by known point standard deviation and instrument accuracy. Stake-out data computation methods in this study are rather valuable in the special application which require high accuracy.
Survey Pemetaan Model Bangunan Tiga Dimensi (3D) Metode Terrestrial Laser Scanning untuk Dokumentasi As-Built Drawing S. Hendriatiningsih; Irwan Gumilar; Dwi Wisayantono; Elok Lestari Paramita
Jurnal Teknik Sipil Vol 21 No 2 (2014)
Publisher : Institut Teknologi Bandung

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.5614/jts.2014.21.2.7

Abstract

Abstrak. Untuk mendapatkan informasi bangunan, dapat dilakukan as-built survey. Saat ini, teknologi pemindaian laser digunakan untuk teknik survey pemetaan tiga-dimensi (3D) yang disebut sebagai survey pengukuran dengan metode Terrestrial Laser Scanner (TLS). Salah satu aplikasi TLS adalah membuat visualisasi model 3D untuk dokumentasi as-built drawing. Pengukuran dengan metode TLS adalah melakukan pemindaian obyek dan merekam point-clouds 3D dalam jumlah yang besar untuk membentuk model 3D. Pemindaian dari titik-titik yang direncanakan agar memperoleh obyek yang bertampalan. Pada proses pengolahan data point-clouds, dilakukan registrasi dengan metode natural-point-feature, filtering, georeferencing dan wrapping untuk mendapatkan model 3D dengan menggunakan perangkat lunak Geomagic. Analisis registration adalah membandingkan error registrasi dengan ketelitian penentuan posisi (6mm) berdasarkan spesifikasi alat TLS. Di beberapa stand-point diperoleh error registrasi hingga mencapai 14,827 m. Untuk memperoleh error registrasi yang lebih kecil dari 6 mm, dilakukan registrasi secara bertahap. Dimensi bangunan berupa jarak pada model 3D dibandingkan dengan jarak yang diukur dengan alat ukur Electronic Total Station (ETS). Hasil ukuran jarak pada model 3D sama dengan hasil ukuran jarak ETS. As-built survey dapat dilakukan dengan teknik survey pengukuran 3D metode TLS.Abstract. To get the information of the building, it can be done as-built survey. Currently, laser scanner technology used for three-dimensional (3D) mapping survey is known as measurement survey technique by Terrestrial Laser Scanner (TLS) method. One application of TLS is to create 3D model for as-built drawings documentation. TLS instrument scans the object and records 3D point-clouds in large numbers to create 3D model. Scanning from the stand-points are planned in order to obtain the overlapped objects. In the point-clouds data processing, its activities are naturalpoint-feature registration, filtering, geo-referencing and wrapping to create 3D modeling using Geo-magic software. Registration analysis is to compare the registration error with a positioning accuracy (6mm) by means of the TLS instrument specification. Several stand-points are obtained registration error of up to 14.827 m. Furthermore, carried step by step registration in order to obtain registration error smaller than 6 mm. The dimensions of the building in the form of distance on the 3D model compared to the distance measured by Electronic Total Station (ETS) instrument. The results, measured distance on the 3D model is equal to measured distance by ETS instrument. As-built surveys can be done with 3D mapping survey technique by TLS method.
MASYARAKAT DAN TANAH ADAT DI BALI (Studi Kasus Kabupaten Buleleng, Provinsi Bali) S. Hendriatiningsih; A. Budiartha; Andri Hernandi
Jurnal Sosioteknologi Vol. 7 No. 15 (2008)
Publisher : Fakultas Seni Rupa dan Desain ITB

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Abstract

Land has a real important meaning and function. Customary communitie obtains the right to master deep soil meaning of exploiting land. Existence of this customary land generates various form of land tenure in customary communities In consequence boundary a plot of land and also regional become of vital importance. So do like in Bali, countryside pakraman is federation of customary law which still growing in Indonesia which the existence accompaniment with desa/kelurahan which is notched by goverment. Pakraman has various customary land types and the boundary object. With classification will be seen land right which stick with the customary land and the determination type of boundary applied. Classification will referens from various customary land types in UUPA. Pakraman arranges its region and arranges usage of his own customary land, but ownership of by pakraman and stipulating of boundary can be told is unclear by the national law. Kata kunci : desa pakraman, tanah adat, batas. Keyword : countryside pakraman, customary land, the boundary.
PERBANDINGAN SISTEM PENGUASAAN LAUT ADAT DI DESA HARUKU MALUKU DENGAN SISTEM PENGUASAAN LAUT NASIONAL Andri Hernandi; Hendriatiningsih Sadikin; Mirolas Mirolas
Jurnal Sosioteknologi Vol. 16 No. 3 (2017)
Publisher : Fakultas Seni Rupa dan Desain ITB

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.5614/sostek.itbj.2017.16.3.4

Abstract

Indonesia adalah negara kepulauan yang terbesar di dunia dan memiliki sistem penguasaan wilayah laut nasional. Indonesia juga merupakan negara dengan keanekaragaman etnis terbanyak dan terbesar di dunia. Oleh sebab itu, identifkasi sistem penguasaan laut adat sangat penting bagi Indonesia. Identifkasi dilakukan berdasarkan tiga parameter Customary Marine Tenure System (CMTS), yaitu aspek wilayah, unit sosial pemegang hak, dan legal beserta pelaksanaannya. Hasil identifkasi ini dibanding dengan sistem penguasaan laut nasional. Hasil analisis menunjukkan CMTS berdasarkan aspek wilayah, masyarakat Haruku tidak membuat acuan yang pasti dalam penentuan titik batas; berdasarkan aspek unit sosial pemegang hak, hak pengelolaan hanya diberikan kepada masyarakat adat yang dikoordinasi oleh pemerintahan adat setempat; berdasarkan aspek legal, peraturan dalam penguasaan laut adat Haruku merupakan peraturan tertulis yang diketahui dan diterima oleh setiap anggota masyarakat di desa Haruku. Pelaksanaan aspek legal yang digunakan, sistem penguasaan laut adat di Haruku memiliki keunggulan dibanding dengan sistem penguasaan laut nasional.Indonesia is the largest archipelago nation in the world and has a system of national marine tenure territorial. Indonesia is also a country with the largest and the most diversed ethnic groups in the world. Therefore, it is necessary to identify the system of custom marine tenure of this country. Identifcation of this study was based on three parameters of Customary Marine Tenure System (CMTS), namely area aspect, rights unit social aspect, and legal aspect and its implementation. The results of the identifcation was compared with the national marine tenure system. The analysis showed that, regarding CMTS based on the aspect of territory, the Haruku community did not make a fxed reference in the determination of the boundary point while based on the social unit of rights-holders, it was found that the management rights were only granted to the indigenous peoples coordinated by the local customary government; and based on the legal aspect, the rules in the customary marine tenure of Haruku were written rules known and accepted by every member of the community in Harukuvillage. The implementation of the legal aspects used indicated that the customary marine tenure system in Haruku had advantages compared to the national marine tenure system.
Co-Authors A. Budiartha Alfita Puspa Handayani Andri Hernandi Andri Hernandi Andri Hernandi Andri Hernandi1 Asep Yusup Saptari Asep Yusup Saptari Asep Yusup Saptari, Asep Yusup Bambang Edhi Leksono Budi Sulistiyo Deni Suwardhi Deni Suwardhi Dhendy Saragih Djunarsjah, Eka Dwi Wisayantono Dwi Wisayantono Dwi Wisayantono Dwi Wisayantono Dwi Wisayantono, Dwi Eka Djunarsjah Elok Lestari Paramita Elok Lestari Paramita, Elok Lestari Hernandi1, Andri Irwan Gumilar, Irwan J. Januragadi J. Januragadi Johar Setiyadi Mirolas Mirolas Ratri Widyastuti Rizqi Abdulharis Rizqi Abdulharis, Rizqi Setiyadi , Johar Soemarto, Irawan Sugito, Nanin Trianawati Sulistiyo, Budi Widyo Nugraha Sulasdi Widyo Nugraha Sulasdi, Widyo Widyo Nugroho Sulasdi Widyo Nugroho SULASDI Wisang Wisudanar Wisang Wisudanar, Wisang Wiwin Windupranata, Wiwin Yackob Astor