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Zulkarnain Nizar - One of the best experts on this subject based on the ideXlab platform.
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Analisa Kartografis Peta Desa Skala 1:5000 Berdasarkan Peraturan Kepala BIG Nomor 3 Tahun 2016 (Studi Kasus: Desa Beran Kabupaten Ngawi)
2017Co-Authors: Zulkarnain NizarAbstract:Sesuai dengan arahan yang terkandung dalam program pemerintahan Jokowi – Jusuf Kalla, Nawacita, pembangunan nasional akan dilaksanakan berbasis desa dan daerah pinggiran dalam rangka untuk meningkatkan pertahanan bangsa. Dalam rangka mewujudkan amanat nawacita tersebut, maka dibutuhkan Peta Desa sebagai rujukan bagi Kementrian/Lembaga serta Pemerintah Daerah dalam program pembangunan. Hal tersebut sesuai dengan UU Nomor 6 Tahun 2016 tentang Desa, yang menjelaskan bahwa Desa merupakan subjek dari pembangunan. Atas dasar itulah, dewasa ini mulai banyak beredar Peta Desa yang menunjukkan potensi Desa tersebut. Namun, dengan banyaknya Peta Desa yang dibuat, tentu SDM yang membuat tidaklah hanya satu orang saja. Hal ini menimbulkan banyak perbedaan dalam legenda yang digunakan untuk menampilkan objek yang ada dalam Desa tersebut, sehingga menyebabkan kebingungan bagi orang awam untuk memahami antara satu Peta Desa dengan Peta Desa lainnya. Peraturan Kepala BIG Nomor 3 Tahun 2016 tentang Spesifikasi Teknis Penyajian Peta Desa merupakan peraturan yang diterbitkan oleh Badan Informasi Geospasial untuk mengatur pembuatan sebuah Peta Desa. Dengan terbitnya aturan tersebut maka penulis melakukan Analisa terhadap Peta Desa Beran yang digunakan sebagai media peningkatan status dari desa menjadi kelurahan. Hal yang dianalisa antara lain ukuran muka peta, interval grid peta, spesifikasi tata letak, pewarnaan simbol peta, spesifikasi penulisan informasi peta, dan keefektifan simbol yang digunakan pada Peta Desa Beran. Tujuan dari penelitian ini adalah menganalisa kartografi yang ada pada Peta Desa Beran serta menganalisa kartografi peta desa yang sesuai dengan Peraturan Kepala BIG Nomor 3 Tahun 2016 tentang Spesifikasi Teknis Penyajian Peta Desa, sehingga masyarakat awam dapat dengan mudah memahami antara satu Peta Desa dengan Peta Desa lainnya. Selain itu, hasil Analisa dapat digunakan sebagai pedoman untuk pembuatan Peta Desa yang akan datang sehingga diharapkan Peta Desa di masa yang akan datang akan memiliki kesamaan kartografi antara satu Peta Desa dengan Peta Desa lainnya sehingga lebih mudah dan efisien untuk digunakan utamanya untuk melakukan pembangunan desa. =================================================================================================== According to the Jokowi – Jusuf Kalla government program, Nawacita, national development will be implemented based on villages and suburbs in order to improve the nation's endurance. In order to realize the instruction of the Nawacita, it needs a Rural Map as a reference for the Ministry / Institution and Local Government in the development program. This is in accordance with Law No. 6 of 2016 on Rural, which explains that the Rural is the subject of development. According to that, today began to circulate many Rural Map that shows the potential of the Rural. However, with the number of Rural Maps created, of course the human resources that make it not just one person. This creates many differences in the legend used to present the objects in the village, causing confusion for the layman to understand between one Rural Map and another Rural Map. Geospatial Information Head Agency Rules No. 3/2016 on Technical Specifications for Presentation of Rural Maps is a regulation issued by the Geospatial Information Agency to regulate the creation of a Rural Map. With the issuance of the rule, the authors conducted an analysis of Beran’s Rural Map which is used as a media to increase the status of the village into kelurahan. viii It analyzed about Map size, Map grid interval, layout specification, Map symbol Coloring, Map information writing specifications, and symbol effectiveness used on Beran’s Rural Map. The purpose of this research is to analyze the cartography on Beran’s Rural Map and analyze cartography of rural Map in accordance with Geospatial Information Head Agency Rules No. 3/2016 on Technical Specification of Presentation of Rural Map so that ordinary people can easily understand between one Rural Map and another Rural Map. In addition, the results of the Analysis can be used as a guide for future Rural Map making so that the future Rural Map is expected to have a cartographic similarity between one Rural Map and another Rural Map in order to make easier and efficient to use, primarily for village development
Costa Joel - One of the best experts on this subject based on the ideXlab platform.
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Bicolored tilings and the Scott Map
2021Co-Authors: Costa JoelAbstract:We define bicolored tilings as a disk with a collection of smooth curves with a Coloring Map on the tiles that these curves delimit. Using two transformations, we define an equivalence on tilings. We then define the Scott Map which creates a bijection between a generalised version of Postnikov diagrams and bicolored tilings, preserving equivalences, and Mapping the geometric exchange of a diagram to an edge flip in a tiling.Comment: 16 pages, 32 figure
Qizhi Wang - One of the best experts on this subject based on the ideXlab platform.
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A Search of The Four-Color Theorem and its Higher Dimensional Generalization
2016Co-Authors: Qizhi WangAbstract:Abstract: Four-Color Theorem has secret in its logical proof and actual operating. In this paper we will give a proof of Four-Color Theorem based on Kuratowski’s Theorem using some induction argument and give a descrip-tion of the most complicated Coloring Map, a simple proof of Kuratowski’s Theorem using Euler charateristic is also presented. We also conjecture the higher dimensional generalization of Four-Color Theorem
Fidel Torcida Fernández-baldor - One of the best experts on this subject based on the ideXlab platform.
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Megaloolithus cf. siruguei, PS-TEC,215, radial thin section.
2016Co-Authors: Miguel Moreno-azanza, Blanca Bauluz, José Ignacio Canudo, José Manuel Gasca, Fidel Torcida Fernández-baldorAbstract:(A) Transmitted light microphotograph. The eggshell is built by tall shell units that grow for the full thickness of the eggshell. Note faint growth lines through all the eggshell thickness and large voids which may either be secondary dissolutions or part of a complex pore system. (B) Polarized light microphotograph. The general architecture of the eggshell, with undulating extinction partially obscured by the abundance of secondary shell units, which grow preferably in the margins of the true shell units. Spar cement fills the voids of the eggshell whereas a finer sized grain spar covers the inner surface at the bottom of the picture. (C) Inverse pole figure (IPFY1) Coloring Map showing the absolute orientation of the calcite crystals forming the shell units. At the base of the eggshell, the radial distribution of crystals quickly develops into a structure with preferred orientation. Most crystals of the shell units present red to orange coloration, indicating that the crystals grow with their c-axis oriented sub-parallel to the direction of eggshell growth. Extra-spherulites are built by fans of tabular calcite crystals with no relation to the true shell unit, and without disturbing the orientation of the crystals that form those units. (D) Grain boundary Map over a band contrast image, showing the misorientation angles between crystals and sub-crystals in the eggshell structure. Note that the shell units present a profusion of low-angle boundaries (in green and blue) whereas secondary shell units are dominated by high-angle misorientation angles (in fuchsia). These high-angle boundaries are also seen in the spar cement that fills the voids in the eggshell structure. (E) All-Euler angle Maps showing the relative orientation of crystalline domains. Note that cements retain the orientation of the crystals they are attached to, growing in epitaxy. Arrows in B point to the location of extra-spherulites, with white arrows pointing to longitudinally cut extra-spherulites and the black arrow pointing to a transversally sectioned extra-spherulite. Location of Fig 6 details is shown in C.
Miguel Moreno-azanza - One of the best experts on this subject based on the ideXlab platform.
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Megaloolithus cf. siruguei, PS-TEC,215, radial thin section.
2016Co-Authors: Miguel Moreno-azanza, Blanca Bauluz, José Ignacio Canudo, José Manuel Gasca, Fidel Torcida Fernández-baldorAbstract:(A) Transmitted light microphotograph. The eggshell is built by tall shell units that grow for the full thickness of the eggshell. Note faint growth lines through all the eggshell thickness and large voids which may either be secondary dissolutions or part of a complex pore system. (B) Polarized light microphotograph. The general architecture of the eggshell, with undulating extinction partially obscured by the abundance of secondary shell units, which grow preferably in the margins of the true shell units. Spar cement fills the voids of the eggshell whereas a finer sized grain spar covers the inner surface at the bottom of the picture. (C) Inverse pole figure (IPFY1) Coloring Map showing the absolute orientation of the calcite crystals forming the shell units. At the base of the eggshell, the radial distribution of crystals quickly develops into a structure with preferred orientation. Most crystals of the shell units present red to orange coloration, indicating that the crystals grow with their c-axis oriented sub-parallel to the direction of eggshell growth. Extra-spherulites are built by fans of tabular calcite crystals with no relation to the true shell unit, and without disturbing the orientation of the crystals that form those units. (D) Grain boundary Map over a band contrast image, showing the misorientation angles between crystals and sub-crystals in the eggshell structure. Note that the shell units present a profusion of low-angle boundaries (in green and blue) whereas secondary shell units are dominated by high-angle misorientation angles (in fuchsia). These high-angle boundaries are also seen in the spar cement that fills the voids in the eggshell structure. (E) All-Euler angle Maps showing the relative orientation of crystalline domains. Note that cements retain the orientation of the crystals they are attached to, growing in epitaxy. Arrows in B point to the location of extra-spherulites, with white arrows pointing to longitudinally cut extra-spherulites and the black arrow pointing to a transversally sectioned extra-spherulite. Location of Fig 6 details is shown in C.