Mobile Application for flood disaster in Jakarta

Anta, Vito Lauda Putra; Liestyo, Ivander Albert; Warnars, Harco Leslie Hendric Spits

doi:10.1109/icais50930.2021.9395799

Cited by 3 publications

(1 citation statement)

References 19 publications

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“…Curah hujan rencana digunakan oleh para insinyur untuk menghitung resiko banjir dan infrastruktur pengendalian banjir (Johnson and Green, 2018). Jakarta mempunyai curah hujan rerata yang tinggi pada tahun 2020 (Anta, Liestyo and Warnars, 2021). Perhitungan curah hujan rencana dilakukan dengan analisis frekuensi terhadap data curah hujan harian dari stasiun hujan yang berpengaruh.…”

Section: Hujan Rencanaunclassified

Analisis Banjir pada Polder Sunter Timur II dengan Menggunakan HEC-RAS (Ras Mapper)

Setiyowati,

Anggraheni

2024

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Banjir di Jakarta menimbulkan kerusakan dan kerugian, menjadi latar belakang dilakukannya analisis banjir di Polder Sunter Timur II yang disajikan dalam makalah ini. Wilayah hilir Jakarta terbagi menjadi 43 sistem polder dan salah satunya adalah Polder Sunter Timur II. Studi ini bertujuan untuk mendapatkan luas daerah banjir rencana Polder Sunter Timur II. Analisis hidrologi menggunakan software HEC-HMS dan analisis banjir menggunakan HEC-RAS (Ras Mapper). Data input yang digunakan dalam pemodelan yaitu Digital Elevation Model (DEM), hidrograf, peta penggunaan lahan. Daerah tangkapan air polder Sunter Timur II sebesar 1,328 km 2 . Hasil simulasi HEC-HMS didapat debit banjir rencana kala ulang 5, 10 dan 25 tahun yaitu sebesar 185 m 3 /dt, 208,7 m 3 /dt, 234,3 m 3 /dt. Hasil simulasi HEC-RAS menunjukkan luas daerah banjir dengan debit banjir kala ulang 5, 10 dan 25 tahun adalah 857,

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Section: Hujan Rencanaunclassified

Analisis Banjir pada Polder Sunter Timur II dengan Menggunakan HEC-RAS (Ras Mapper)

Setiyowati,

Anggraheni

2024

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Advancing Water Crisis Solutions through Deep Learning

Jaeyalakshmi,

Vijay,

Pradeep

et al. 2024

2024 15th International Conference on Computing Communication and Networking Technologies (ICCCNT)

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Development and Evaluation of a Game to Foster Sustainable Self-Help and Mutual Help Education for Disaster Prevention

Arakawa,

Yamada,

Sugimori

2024

Sustainability

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This study explores the development and evaluation of a game aimed at fostering sustainable self-help and mutual help education for disaster prevention. The game, developed using Unity and Blender, addresses the critical need for effective disaster preparedness, emphasizing the importance of community cooperation, as evidenced by the Great Hanshin-Awaji Earthquake, in which most rescues were performed by neighbors. Additionally, it features realistic disaster scenarios, and the game’s design incorporates gamification and simulation elements to enhance learning and engagement. An experiment involving 20 participants aged 20–21 years was conducted to evaluate the game’s effectiveness. Participants played the game on desktop personal computers for at least 10 min, and their performance and awareness were measured through pre- and post-gameplay questionnaires. The results indicated no statistically significant improvement in the ability to cooperate with strangers, provide correct instructions, or overall consciousness of helping others. However, a slight increase in the average scores was observed. Participant feedback highlighted the game’s realistic approach and suggested improvements in operability and platform compatibility. The study concludes that while the game shows promise, further development and research are needed to enhance its educational impact and effectiveness in disaster preparedness.

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Mobile Application for flood disaster in Jakarta

Cited by 3 publications

References 19 publications

Analisis Banjir pada Polder Sunter Timur II dengan Menggunakan HEC-RAS (Ras Mapper)

Analisis Banjir pada Polder Sunter Timur II dengan Menggunakan HEC-RAS (Ras Mapper)

Advancing Water Crisis Solutions through Deep Learning

Development and Evaluation of a Game to Foster Sustainable Self-Help and Mutual Help Education for Disaster Prevention

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