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Irland Fardani - One of the best experts on this subject based on the ideXlab platform.
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penggunaan network analyst dalam pemetaan shelter dan jalur evakuasi bencana gempa bumi di kawasan permukiman padat
Prosiding Perencanaan Wilayah dan Kota, 2019Co-Authors: Muhammad Hilmi Yura, Ira Safitri Darwin, Irland FardaniAbstract:Abstract. There is an active fault in the northern part of Bandung. The last fault’s movement occurred in 2011, resulting in a magnitude 3.4 earthquake. If thiis phenomenon happened again, the worst impact that possibly affected is towards people of North Bandung like Cimenyan subdistrict and Cibeunying Kidul subdistrict. Currently there are four locations for evacuation with a total area of 235.988, 51m 2 . While the population of Bandung city as much as 2,490,622 people, the number is not added with the residents of Bandung regency is served by Bandung City. So if the Disaster Occurs, the government feared not ready to serve the affected population. Determination of evacuation shelters using a weighted method on the available facilities, which may be used as evacuation shelters. Furthermore, the chosen shelter is ranked using the Sturgess method, to determine which location is more feasible as an evacuation shelter. Determination of evacuation route using Network analyst method. As a result of this study, there were six selected evacuation shelters with an area of 40417.40 m2 that could serve 13,472 affected people. The area is still lacking to serve the entire affected population, because it can only serve 14.16% of the total affected population. However, planned evacuation shelters are not the main evacuation locations, but can assist with pre-existing evacuation locations. While the determination of the evacuation route is divided into three, which is the main line, alternative line 1, alternative 2 and alternative 3. Keywords: Network Analyst; Shelter; Evacuation Route; Earthquake. Abstrak. Sesar lembang merupakan sesar aktif yang terletak di bagian utara Kota Bandung. Pergerakan terakhir terjadi pada tahun 2011, mengakibatkan gempa berkekuatan 3,4 skala richter. Jika suatu saat kembali bergerak, maka dampak terparah dirasakan penduduk utara Kota Bandung seperti Kecamatan Cimenyan dan Kecamatan Cibeunying Kidul. Saat ini terdapat empat lokasi evakuasi dengan total luas 235.988,51m2. Sedangkan jumlah penduduk Kota Bandung sebanyak 2.490.622 jiwa, jumlah tersebut belum ditambah dengan penduduk Kabupaten Bandung yang harus dilayani oleh Kota Bandung. Sehingga jika bencana terjadi, dikhawatirkan pemerintah belum siap melayani penduduk terdampak. Penentuan shelter evakuasi menggunakan metode pembobotan pada sarana tersedia, yang mungkin dapat dijadikan shelter evakuasi. Selanjutnya shelter terpilih diberi ranking dengan menggunakan metode sturgess, untuk menentukan lokasi mana yang lebih layak dijadikan sebagai shelter evakuasi. Penentuan jalur evakuasi menggunakan metode network analyst. Hasil dari studi ini, terdapat enam shelter evakuasi terpilih dengan luas 40417,40 m2 yang dapat melayani 13.472 penduduk terdampak. Luas tersebut masih kurang untuk melayani seluruh penduduk terdampak, karena hanya dapat melayani 14,16% dari total penduduk terdampak. Namun shelter evakuasi yang direncanakan bukanlah sebagai lokasi evakuasi utama, tetapi dapat membantu lokasi evakuasi yang telah ada sebelumnya. Sedangkan penentuan jalur evakuasi dibagi menjadi tiga, yaitu jalur utama, jalur alternatif 1, alternatif 2 dan alternatif 3. Kata Kunci: Network Analyst; Shelter; Jalur Evakuasi; Gempa Bumi.
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penggunaan network analyst dalam pemetaan shelter dan jalur evakuasi bencana gempa bumi di kawasan permukiman padat
Prosiding Perencanaan Wilayah dan Kota, 2019Co-Authors: Muhammad Hilmi Yura, Ira Safitri Darwin, Irland FardaniAbstract:Abstract. There is an active fault in the northern part of Bandung. The last fault’s movement occurred in 2011, resulting in a magnitude 3.4 earthquake. If thiis phenomenon happened again, the worst impact that possibly affected is towards people of North Bandung like Cimenyan subdistrict and Cibeunying Kidul subdistrict. Currently there are four locations for evacuation with a total area of 235.988, 51m 2 . While the population of Bandung city as much as 2,490,622 people, the number is not added with the residents of Bandung regency is served by Bandung City. So if the Disaster Occurs, the government feared not ready to serve the affected population. Determination of evacuation shelters using a weighted method on the available facilities, which may be used as evacuation shelters. Furthermore, the chosen shelter is ranked using the Sturgess method, to determine which location is more feasible as an evacuation shelter. Determination of evacuation route using Network analyst method. As a result of this study, there were six selected evacuation shelters with an area of 40417.40 m2 that could serve 13,472 affected people. The area is still lacking to serve the entire affected population, because it can only serve 14.16% of the total affected population. However, planned evacuation shelters are not the main evacuation locations, but can assist with pre-existing evacuation locations. While the determination of the evacuation route is divided into three, which is the main line, alternative line 1, alternative 2 and alternative 3. Keywords: Network Analyst; Shelter; Evacuation Route; Earthquake. Abstrak. Sesar lembang merupakan sesar aktif yang terletak di bagian utara Kota Bandung. Pergerakan terakhir terjadi pada tahun 2011, mengakibatkan gempa berkekuatan 3,4 skala richter. Jika suatu saat kembali bergerak, maka dampak terparah dirasakan penduduk utara Kota Bandung seperti Kecamatan Cimenyan dan Kecamatan Cibeunying Kidul. Saat ini terdapat empat lokasi evakuasi dengan total luas 235.988,51m2. Sedangkan jumlah penduduk Kota Bandung sebanyak 2.490.622 jiwa, jumlah tersebut belum ditambah dengan penduduk Kabupaten Bandung yang harus dilayani oleh Kota Bandung. Sehingga jika bencana terjadi, dikhawatirkan pemerintah belum siap melayani penduduk terdampak. Penentuan shelter evakuasi menggunakan metode pembobotan pada sarana tersedia, yang mungkin dapat dijadikan shelter evakuasi. Selanjutnya shelter terpilih diberi ranking dengan menggunakan metode sturgess, untuk menentukan lokasi mana yang lebih layak dijadikan sebagai shelter evakuasi. Penentuan jalur evakuasi menggunakan metode network analyst. Hasil dari studi ini, terdapat enam shelter evakuasi terpilih dengan luas 40417,40 m2 yang dapat melayani 13.472 penduduk terdampak. Luas tersebut masih kurang untuk melayani seluruh penduduk terdampak, karena hanya dapat melayani 14,16% dari total penduduk terdampak. Namun shelter evakuasi yang direncanakan bukanlah sebagai lokasi evakuasi utama, tetapi dapat membantu lokasi evakuasi yang telah ada sebelumnya. Sedangkan penentuan jalur evakuasi dibagi menjadi tiga, yaitu jalur utama, jalur alternatif 1, alternatif 2 dan alternatif 3. Kata Kunci: Network Analyst; Shelter; Jalur Evakuasi; Gempa Bumi.
Muhammad Hilmi Yura - One of the best experts on this subject based on the ideXlab platform.
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penggunaan network analyst dalam pemetaan shelter dan jalur evakuasi bencana gempa bumi di kawasan permukiman padat
Prosiding Perencanaan Wilayah dan Kota, 2019Co-Authors: Muhammad Hilmi Yura, Ira Safitri Darwin, Irland FardaniAbstract:Abstract. There is an active fault in the northern part of Bandung. The last fault’s movement occurred in 2011, resulting in a magnitude 3.4 earthquake. If thiis phenomenon happened again, the worst impact that possibly affected is towards people of North Bandung like Cimenyan subdistrict and Cibeunying Kidul subdistrict. Currently there are four locations for evacuation with a total area of 235.988, 51m 2 . While the population of Bandung city as much as 2,490,622 people, the number is not added with the residents of Bandung regency is served by Bandung City. So if the Disaster Occurs, the government feared not ready to serve the affected population. Determination of evacuation shelters using a weighted method on the available facilities, which may be used as evacuation shelters. Furthermore, the chosen shelter is ranked using the Sturgess method, to determine which location is more feasible as an evacuation shelter. Determination of evacuation route using Network analyst method. As a result of this study, there were six selected evacuation shelters with an area of 40417.40 m2 that could serve 13,472 affected people. The area is still lacking to serve the entire affected population, because it can only serve 14.16% of the total affected population. However, planned evacuation shelters are not the main evacuation locations, but can assist with pre-existing evacuation locations. While the determination of the evacuation route is divided into three, which is the main line, alternative line 1, alternative 2 and alternative 3. Keywords: Network Analyst; Shelter; Evacuation Route; Earthquake. Abstrak. Sesar lembang merupakan sesar aktif yang terletak di bagian utara Kota Bandung. Pergerakan terakhir terjadi pada tahun 2011, mengakibatkan gempa berkekuatan 3,4 skala richter. Jika suatu saat kembali bergerak, maka dampak terparah dirasakan penduduk utara Kota Bandung seperti Kecamatan Cimenyan dan Kecamatan Cibeunying Kidul. Saat ini terdapat empat lokasi evakuasi dengan total luas 235.988,51m2. Sedangkan jumlah penduduk Kota Bandung sebanyak 2.490.622 jiwa, jumlah tersebut belum ditambah dengan penduduk Kabupaten Bandung yang harus dilayani oleh Kota Bandung. Sehingga jika bencana terjadi, dikhawatirkan pemerintah belum siap melayani penduduk terdampak. Penentuan shelter evakuasi menggunakan metode pembobotan pada sarana tersedia, yang mungkin dapat dijadikan shelter evakuasi. Selanjutnya shelter terpilih diberi ranking dengan menggunakan metode sturgess, untuk menentukan lokasi mana yang lebih layak dijadikan sebagai shelter evakuasi. Penentuan jalur evakuasi menggunakan metode network analyst. Hasil dari studi ini, terdapat enam shelter evakuasi terpilih dengan luas 40417,40 m2 yang dapat melayani 13.472 penduduk terdampak. Luas tersebut masih kurang untuk melayani seluruh penduduk terdampak, karena hanya dapat melayani 14,16% dari total penduduk terdampak. Namun shelter evakuasi yang direncanakan bukanlah sebagai lokasi evakuasi utama, tetapi dapat membantu lokasi evakuasi yang telah ada sebelumnya. Sedangkan penentuan jalur evakuasi dibagi menjadi tiga, yaitu jalur utama, jalur alternatif 1, alternatif 2 dan alternatif 3. Kata Kunci: Network Analyst; Shelter; Jalur Evakuasi; Gempa Bumi.
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penggunaan network analyst dalam pemetaan shelter dan jalur evakuasi bencana gempa bumi di kawasan permukiman padat
Prosiding Perencanaan Wilayah dan Kota, 2019Co-Authors: Muhammad Hilmi Yura, Ira Safitri Darwin, Irland FardaniAbstract:Abstract. There is an active fault in the northern part of Bandung. The last fault’s movement occurred in 2011, resulting in a magnitude 3.4 earthquake. If thiis phenomenon happened again, the worst impact that possibly affected is towards people of North Bandung like Cimenyan subdistrict and Cibeunying Kidul subdistrict. Currently there are four locations for evacuation with a total area of 235.988, 51m 2 . While the population of Bandung city as much as 2,490,622 people, the number is not added with the residents of Bandung regency is served by Bandung City. So if the Disaster Occurs, the government feared not ready to serve the affected population. Determination of evacuation shelters using a weighted method on the available facilities, which may be used as evacuation shelters. Furthermore, the chosen shelter is ranked using the Sturgess method, to determine which location is more feasible as an evacuation shelter. Determination of evacuation route using Network analyst method. As a result of this study, there were six selected evacuation shelters with an area of 40417.40 m2 that could serve 13,472 affected people. The area is still lacking to serve the entire affected population, because it can only serve 14.16% of the total affected population. However, planned evacuation shelters are not the main evacuation locations, but can assist with pre-existing evacuation locations. While the determination of the evacuation route is divided into three, which is the main line, alternative line 1, alternative 2 and alternative 3. Keywords: Network Analyst; Shelter; Evacuation Route; Earthquake. Abstrak. Sesar lembang merupakan sesar aktif yang terletak di bagian utara Kota Bandung. Pergerakan terakhir terjadi pada tahun 2011, mengakibatkan gempa berkekuatan 3,4 skala richter. Jika suatu saat kembali bergerak, maka dampak terparah dirasakan penduduk utara Kota Bandung seperti Kecamatan Cimenyan dan Kecamatan Cibeunying Kidul. Saat ini terdapat empat lokasi evakuasi dengan total luas 235.988,51m2. Sedangkan jumlah penduduk Kota Bandung sebanyak 2.490.622 jiwa, jumlah tersebut belum ditambah dengan penduduk Kabupaten Bandung yang harus dilayani oleh Kota Bandung. Sehingga jika bencana terjadi, dikhawatirkan pemerintah belum siap melayani penduduk terdampak. Penentuan shelter evakuasi menggunakan metode pembobotan pada sarana tersedia, yang mungkin dapat dijadikan shelter evakuasi. Selanjutnya shelter terpilih diberi ranking dengan menggunakan metode sturgess, untuk menentukan lokasi mana yang lebih layak dijadikan sebagai shelter evakuasi. Penentuan jalur evakuasi menggunakan metode network analyst. Hasil dari studi ini, terdapat enam shelter evakuasi terpilih dengan luas 40417,40 m2 yang dapat melayani 13.472 penduduk terdampak. Luas tersebut masih kurang untuk melayani seluruh penduduk terdampak, karena hanya dapat melayani 14,16% dari total penduduk terdampak. Namun shelter evakuasi yang direncanakan bukanlah sebagai lokasi evakuasi utama, tetapi dapat membantu lokasi evakuasi yang telah ada sebelumnya. Sedangkan penentuan jalur evakuasi dibagi menjadi tiga, yaitu jalur utama, jalur alternatif 1, alternatif 2 dan alternatif 3. Kata Kunci: Network Analyst; Shelter; Jalur Evakuasi; Gempa Bumi.
Ira Safitri Darwin - One of the best experts on this subject based on the ideXlab platform.
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penggunaan network analyst dalam pemetaan shelter dan jalur evakuasi bencana gempa bumi di kawasan permukiman padat
Prosiding Perencanaan Wilayah dan Kota, 2019Co-Authors: Muhammad Hilmi Yura, Ira Safitri Darwin, Irland FardaniAbstract:Abstract. There is an active fault in the northern part of Bandung. The last fault’s movement occurred in 2011, resulting in a magnitude 3.4 earthquake. If thiis phenomenon happened again, the worst impact that possibly affected is towards people of North Bandung like Cimenyan subdistrict and Cibeunying Kidul subdistrict. Currently there are four locations for evacuation with a total area of 235.988, 51m 2 . While the population of Bandung city as much as 2,490,622 people, the number is not added with the residents of Bandung regency is served by Bandung City. So if the Disaster Occurs, the government feared not ready to serve the affected population. Determination of evacuation shelters using a weighted method on the available facilities, which may be used as evacuation shelters. Furthermore, the chosen shelter is ranked using the Sturgess method, to determine which location is more feasible as an evacuation shelter. Determination of evacuation route using Network analyst method. As a result of this study, there were six selected evacuation shelters with an area of 40417.40 m2 that could serve 13,472 affected people. The area is still lacking to serve the entire affected population, because it can only serve 14.16% of the total affected population. However, planned evacuation shelters are not the main evacuation locations, but can assist with pre-existing evacuation locations. While the determination of the evacuation route is divided into three, which is the main line, alternative line 1, alternative 2 and alternative 3. Keywords: Network Analyst; Shelter; Evacuation Route; Earthquake. Abstrak. Sesar lembang merupakan sesar aktif yang terletak di bagian utara Kota Bandung. Pergerakan terakhir terjadi pada tahun 2011, mengakibatkan gempa berkekuatan 3,4 skala richter. Jika suatu saat kembali bergerak, maka dampak terparah dirasakan penduduk utara Kota Bandung seperti Kecamatan Cimenyan dan Kecamatan Cibeunying Kidul. Saat ini terdapat empat lokasi evakuasi dengan total luas 235.988,51m2. Sedangkan jumlah penduduk Kota Bandung sebanyak 2.490.622 jiwa, jumlah tersebut belum ditambah dengan penduduk Kabupaten Bandung yang harus dilayani oleh Kota Bandung. Sehingga jika bencana terjadi, dikhawatirkan pemerintah belum siap melayani penduduk terdampak. Penentuan shelter evakuasi menggunakan metode pembobotan pada sarana tersedia, yang mungkin dapat dijadikan shelter evakuasi. Selanjutnya shelter terpilih diberi ranking dengan menggunakan metode sturgess, untuk menentukan lokasi mana yang lebih layak dijadikan sebagai shelter evakuasi. Penentuan jalur evakuasi menggunakan metode network analyst. Hasil dari studi ini, terdapat enam shelter evakuasi terpilih dengan luas 40417,40 m2 yang dapat melayani 13.472 penduduk terdampak. Luas tersebut masih kurang untuk melayani seluruh penduduk terdampak, karena hanya dapat melayani 14,16% dari total penduduk terdampak. Namun shelter evakuasi yang direncanakan bukanlah sebagai lokasi evakuasi utama, tetapi dapat membantu lokasi evakuasi yang telah ada sebelumnya. Sedangkan penentuan jalur evakuasi dibagi menjadi tiga, yaitu jalur utama, jalur alternatif 1, alternatif 2 dan alternatif 3. Kata Kunci: Network Analyst; Shelter; Jalur Evakuasi; Gempa Bumi.
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penggunaan network analyst dalam pemetaan shelter dan jalur evakuasi bencana gempa bumi di kawasan permukiman padat
Prosiding Perencanaan Wilayah dan Kota, 2019Co-Authors: Muhammad Hilmi Yura, Ira Safitri Darwin, Irland FardaniAbstract:Abstract. There is an active fault in the northern part of Bandung. The last fault’s movement occurred in 2011, resulting in a magnitude 3.4 earthquake. If thiis phenomenon happened again, the worst impact that possibly affected is towards people of North Bandung like Cimenyan subdistrict and Cibeunying Kidul subdistrict. Currently there are four locations for evacuation with a total area of 235.988, 51m 2 . While the population of Bandung city as much as 2,490,622 people, the number is not added with the residents of Bandung regency is served by Bandung City. So if the Disaster Occurs, the government feared not ready to serve the affected population. Determination of evacuation shelters using a weighted method on the available facilities, which may be used as evacuation shelters. Furthermore, the chosen shelter is ranked using the Sturgess method, to determine which location is more feasible as an evacuation shelter. Determination of evacuation route using Network analyst method. As a result of this study, there were six selected evacuation shelters with an area of 40417.40 m2 that could serve 13,472 affected people. The area is still lacking to serve the entire affected population, because it can only serve 14.16% of the total affected population. However, planned evacuation shelters are not the main evacuation locations, but can assist with pre-existing evacuation locations. While the determination of the evacuation route is divided into three, which is the main line, alternative line 1, alternative 2 and alternative 3. Keywords: Network Analyst; Shelter; Evacuation Route; Earthquake. Abstrak. Sesar lembang merupakan sesar aktif yang terletak di bagian utara Kota Bandung. Pergerakan terakhir terjadi pada tahun 2011, mengakibatkan gempa berkekuatan 3,4 skala richter. Jika suatu saat kembali bergerak, maka dampak terparah dirasakan penduduk utara Kota Bandung seperti Kecamatan Cimenyan dan Kecamatan Cibeunying Kidul. Saat ini terdapat empat lokasi evakuasi dengan total luas 235.988,51m2. Sedangkan jumlah penduduk Kota Bandung sebanyak 2.490.622 jiwa, jumlah tersebut belum ditambah dengan penduduk Kabupaten Bandung yang harus dilayani oleh Kota Bandung. Sehingga jika bencana terjadi, dikhawatirkan pemerintah belum siap melayani penduduk terdampak. Penentuan shelter evakuasi menggunakan metode pembobotan pada sarana tersedia, yang mungkin dapat dijadikan shelter evakuasi. Selanjutnya shelter terpilih diberi ranking dengan menggunakan metode sturgess, untuk menentukan lokasi mana yang lebih layak dijadikan sebagai shelter evakuasi. Penentuan jalur evakuasi menggunakan metode network analyst. Hasil dari studi ini, terdapat enam shelter evakuasi terpilih dengan luas 40417,40 m2 yang dapat melayani 13.472 penduduk terdampak. Luas tersebut masih kurang untuk melayani seluruh penduduk terdampak, karena hanya dapat melayani 14,16% dari total penduduk terdampak. Namun shelter evakuasi yang direncanakan bukanlah sebagai lokasi evakuasi utama, tetapi dapat membantu lokasi evakuasi yang telah ada sebelumnya. Sedangkan penentuan jalur evakuasi dibagi menjadi tiga, yaitu jalur utama, jalur alternatif 1, alternatif 2 dan alternatif 3. Kata Kunci: Network Analyst; Shelter; Jalur Evakuasi; Gempa Bumi.
Biswanath Mukherjee - One of the best experts on this subject based on the ideXlab platform.
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Traveling repairman problem for optical network recovery to restore virtual networks after a Disaster [invited]
IEEE/OSA Journal of Optical Communications and Networking, 2015Co-Authors: Chen Ma, M. Farhan Habib, S. Sedef Savas, Yongli Zhao, Jie Zhang, Biswanath MukherjeeAbstract:Virtual networks mapped over a physical network can suffer disconnection and/or outage due to Disasters. After a Disaster Occurs, the network operator should determine a repair schedule and then send repairmen to repair failures following the schedule. The schedule can change the overall effect of a Disaster by changing the restoration order of failed components. In this study, we introduce the traveling repairman problem to help the network operator make the schedule after a Disaster. We measure the overall effect of a Disaster from the damage it caused, and we define the damage as the numbers of disconnected virtual networks, failed virtual links, and failed physical links. Our objective is to find an optimal schedule for a repairman to restore the optical network with minimum damage. We first state the problem; then a mixed integer linear program (MILP) and three heuristic algorithms, namely dynamic programming (DP), the greedy algorithm (GR), and simulated annealing (SA), are proposed. Finally, simulation results show that the repair schedules using MILP and DP results get the least damage but the highest complexity; GR gets the highest damage with the lowest complexity, while SA has a good balance between damage and complexity.
Paul W Stratford - One of the best experts on this subject based on the ideXlab platform.
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the role of occupational therapists in the contexts of a natural Disaster a scoping review
Disability and Rehabilitation, 2016Co-Authors: Yunwha Jeong, Carol Dematteo, Paul W StratfordAbstract:AbstractPurpose: To identify and inform the experience and roles of occupational therapists (OTs) in the contexts of a natural Disaster. Method: This scoping review was conducted via five steps: (1) identify the research question, (2) identify relevant academic articles published between 2000 and 2014 in English, (3) select articles based on the inclusion criteria, (4) chart the data and (5) collate, summarise, and report the results of the selected articles. The results were presented using descriptive numerical and thematic analyses. Results: OTs can prepare a plan for evacuation of people with disabilities and their accommodation before a Disaster Occurs. Immediately after a Disaster, they can provide emergency services for injuries and provide education and training in coping skills for psychological distress via a community-based rehabilitation approach. Consistent services for survivors’ mental health and for building the OTs’ capacity as part of Disaster management are focussed on in the recovery p...