防災のことならDMA

(1) 井上悟・三浦房紀：成功するコミュニティ放送、東洋図書出版、第6章、2007 .
(2) 橋梁下部構造の性能設計：杭基礎編、山海堂出、第3章、2003（共著）.
(3) 三浦房紀・国松直・中川浩二他：発破振動の観測と制御（共訳）
　　原著者：C. H. Dowding, 1995.
(4) 構造物の耐震解析、土木学会編、技法堂出版、第3章、1985（共著）.

(1) 衛星リモートセンシングを用いた農村モニタリングの可能性、令和元年度農業農村
　　工学会中国四国支部大会、 2019. 10.　
(2) F. Miura: Application of Satellite Remote Sensing Data to Disaster
　　Management, International Symposium of Management of Technology,
　　Shimonoseki, 2018.11.
(3) 衛星リモートセンシングのこれまでとこれから、第35回センシングフォーラム、
　　2018. 8.
(4) F. Miura: Addressing Global Issues in Disaster Management and Environment
　　using Satellite Remote Sensing, Japan-UK 150th Meiji Restoration
　　Anniversary Memorial Symposium, Cutting-edge Technologies for Safe,
　　Secure and Sustainable Future, London, 2018.6.
(5) 三浦房紀：災害から一人でも多くの人の命を救いたい　
　　～リモートセンシングへの期待～、日本写真測量学会平成29年度秋季大会、
　　2017.11.
(6) 三浦房紀：大規模災害から人の命を一人でも多く救いたい、写真測量とリモート
　　センシング「巻頭言」、日本写真測量学会、4/2017.
(7) F. Miura: Detection of Damaged Areas Caused by Natural Disasters by using
　　Satellite Remote Sensing Images, World Engineering Conference on Disaster
　　Risk Reduction, Lima, Peru, 2016.12.
(8) F. Miura: Application of Satellite Remote Sensing to Natural Disaster
　　Management, 7th Conference of Croatian Geotechnical Society with
　　international participation, Baradin, Croatia, 2016.11.
(9) F. Miura: The 1755 Great Lisbon Earthquake -The Impact on the Human
　　Society and History-, 3rd NUL-YU symposium, Lisbon, Portugal, 2016.10.

 

(1) 江口毅・三浦房紀: 災害発生後のみのALOS-2/PALSAR-2画像による斜面崩壊域の
　　早期発見手法、 土木学会論文集, F6（安全問題）、 vol. 74, no. 1, pp. 1–10,
　　2018.
(2) N. M. Pertiwi Jaya, M. Nagai, M. R. Gallardo and F. Miura:　Improved Risk
　　Assessment of Tsunami Inundation Based on Geospatial and Local Knowledge
　　for Sustainable Development, International Journal of Sustainable Future for
　　Human Security, J-Sustain, Vol. 6, No.1, pp.1-10, 2017.
(3) A. B. Rimba and F. Miura: Evaluating the Extraction Approaches of Flood
　　Extended Area by Using ALOS-2/PALSAR-2 Images as a Rapid Response
　　to Flood Disaster, Journal of Geoscience and Environment Protection,
　　Vol.5/No.1/PP. 44-61, 2017.
(4) A. B. Rimba, M. D. Setiawati, A. B. Sambah and F. Miura: Physical Flood
　　Vulnerability Mapping Applying Geospatial Techniques in Okazaki City,
　　Aichi Prefecture, Japan, Urban Science, Vol.1/Issue.1/ No.7/ pp.1-22, 2017.
(5) 江口毅・三浦房紀: 衛星リモートセンシングを用いた地震および豪雨による斜面崩壊
　　発生箇所の早期発見手法、 土木学会論文集、F6（安全問題）、 vol. 72, no. 1, pp.
　　11–20, 2016.
(6) N. M. Pertiwi., F. Miura and A. B. Rimba: Estimation of Damaged Areas
　　due to the 2010 Chile Earthquake and Tsunami using SAR Imagery of
　　ALOS/PALSAR, ISPRS Annals of Photogrammetry, Remote Sensing and
　　Spatial Information Sciences, pp.12-19, 2016.
(7) A. B. Rimba, F. Miura: Predicting Flood-vulnerability of Areas Using Satellite
　　Remote-sensing Images in Kumamoto City, Japan, Geospatial Technology
　　for Water Resource Applications, Section 3, Chapter 8, pp.115-129, 2016.
(8) A. B. Sambah and F. Miura: Potential Use of Satellite Remote Sensing Image
　　Analysis for Tsunami Impact Assessment”, Geomatics, Natural Hazards and
　　Risk, 2015.
(9) A. B. Sambah and F. Miura: Comparison of Different DEM Data for Tsunami
　　Vulnerability Assessment using Logistic Regression in Spatial Data Modeler,
　　Geomatics, Natural Hazards and Risk, 2015.
(10) M. D. Setiawati, A. B. Sambah, F. Miura, T. Tanaka, A. As-syakur:
　　Characterization of Bigeye Tuna Habitat in the Southern Waters off Java-Bali
　　Using Remote Sensing Data, Advanced in Space Research, Vol.5, No.2,
　　pp.732-746, 2015.
(11) A. B. Sambah and F. Miura: Remote Sensing and Spatial Multi-Criteria
　　Analysis for Tsunami Vulnerability Assessment, EMERALD, Disaster
　　Prevention and Management: Int. Journal, Vol.23, No.3, 2014.
(12) A. B. Sambah and F. Miura: Integration of Spatial Analysis for Tsunami
　　Inundation and Impact Assessment, Journal of Geographic Information
　　System, Vol. 6, No. 1, pp.11-22, 2014.
(13) M. D. Setiawati, A. B.. Sambah, F. Miura, M. D. M. Manessa, A. Kanno,
　　M. Sekine, E. E. Ampou, N. Widagti and A. R. As-syakur: Shallow-Water
　　Benthic Identification Using Multispectral Satellite Imagery: Investigation
　　on the Effects of Improving Noise Correction Method and Spectral Cover,
　　Remote Sens., 6, pp.4454-4472, 2014.
(14) A. B. Sambah and F. Miura: Remote Sensing, GIS, and AHP for Assessing
　　Physical Vulnerability to Tsunami Hazard, Int. Journal of Earth Science and
　　Engineering, Vol.7, No.10, pp.316-325, 2013.
(15) A. B. Sambah, F. Miura, H. P. Kadarisman and A. Sartimbul: Remote Sensing
　　Application for Sardinella Lemuru Assessment: A Case Study of the South
　　Waters of Malang Regency, East Java, Indonesia, Remote Sensing of the
　　Marine Environment II, 85250M, 2012.
(16) K. Fukushima, Y. Kanaori, and F. Miura: Influence of Fault Process Zone
　　on Ground Shaking of Inland Earthquakes: Verification of Mj=7.0 West Off
　　Fukuoka Prefecture Earthquakes, Southwest Japan, Engineering Geology,
　　116, pp.157-165, 2010.

(1) N. Iwata , K. Adachi , Y. Takahashi , Ö. Aydan , T. Ito and F. Miura: Fault
　　Rupture Simulation of the 2014 Kamishiro Fault Nagano Prefecture
　　Earthquake Using 3D-FEM, Transactions, SMiRT-24 BEXCO, Division SS,
　　Busan, Korea - August 20-25, 2017
(2) A. B. Rimba, F. Miura, M. D. Setiawati, A. B. Sambah and A. R. As-syakur:
　　The Effectivity of Double Filter to Reduce the Speckle and Detect Flood
　　Inundation Area on ALOS/PALSAR Image, The 37th Asian Conference on
　　Remote Sensing (ACRS2016), Colombo-Sri Lanka, October 17-21, 2016.
(3) A. B. Rimba, F. Miura and T. Kajitani: Extraction flood inundation by utilizing
　　ALOS/PALSAR and ALOS-2/PALSAR-2 Images, The 37th Asian Conference
　　on Remote Sensing (ACRS2016), Colombo-Sri Lanka, 17-21st October 2016.
(4) N. Pertiwi Jaya, F. Miura and A. B. Rimba: Estimation of Damaged Areas due
　　to the 2010 Chile Earthquake and Tsunami Using Sar Imagery of Alos/Palsar,
　　ISPRS Annals of Photogrammetry, Remote Sensing and Spatial Information
　　Sciences, Prague-Czech Republic, 12-19 July, 2016.
(5) A. B. Rimba and F. Miura: Speckle Reduction Approach for Detection Flood
　　Inundation Area by using ALOS PALSAR Image, Proc. of the 6th International
　　Conference of Sustainable Future for Human Security, Sustain, No. 1,
　　Elsevier, in Bali, Nov., 2015.
(6) M. D. Setiawati, F. Miura, Sea Surface Temperature and Sea Surface
　　Chlorophyll in Relation to Bigeye Tuna Fishery in the Southern Waters off
　　Java and Bali, Proc. of the 12 Pacific Ocean Remote Sensing Conference,
　　PORSEC, November pp.1-11, 2014.
(7) F. Miura and S. Iseki: Determination of Tsunami Inundation Area due to the
　　2011 East Japan Earthquake using PALSAR Images - In Case of
　　Rikuzentakata City-, Proc. of the 12 Pacific Ocean Remote Sensing
　　Conference, PORSEC, November, 2014.
(8) T. Eguchi and F. Miura: A study on Detecting the Locations of Slope Failure
　　due to Earthquakes and Heavy Rains by using Satellite Remote Sensing,
　　Proc. of the 8th Asian Rock Mechanics Symposium, Sapporo, Japan, 14-16
　　October, 2014.
(9) F. Miura, A. Ohta, J. Kiyono and K. Toki: Application of Overlaying Mesh
　　Method to Pile-Soil-Interaction Analyses using Beam and Solid Elements,
　　Proc. of Eurodyn- 2014. Porto, Spain, 30 June -2 July, 2014.
(10) J. Kiyono, K. Toki, F. Miura and A. Furukawa: Seismic Effects of Layered
　　Ground with Irregular Interfaces on Buckling Failure of Buried Pipeline,
　　Proc. of Eurodyn- 2014. Porto, Spain, 30 June -2 July, 2014.
(11) T. Tanaka, K. Kato, S. Noriyasu, E. Hiraki, M. Koganei, F. Miura and
　　M. Okamoto: Ubiquitous Power for Sectional Compact Emergency Shelter,
　　Proceedings of the IEEE Annual Energy Conversion Congress and Exhibition
　　(ECCE) Asia, Paper 4-5-3, 2013.
(12) M. D. Setiawati, F. Miura and P. Aryastana: Verification of Hourly GSMAP
　　Rainfall Estimates during the Flood Events in Kumamoto Prefecture, Japan,
　　Proc. of the 34 Asian Conf. on Remote Sensing, Bali, Indonesia, October
　　20 -24, 2013.
(13) A. B. Rimba and F. Miura: Predicting Flood Vulnerable Areas by Using
　　Satellite Remote Sensing Images in Kumamoto City-Japan, Proc. of the 34
　　Asian Conf. on Remote Sensing, Bali, Indonesia, October 20 -24, 2013.
(14) A. B. Sambah and F. Miura: Comparison of Different DEM Data for Tsunami
　　Vulnerability Mapping using GIS and Analytical Hierarchy Process, Proc. of
　　the 34 Asian Conference on Remote Sensing, Bali, Indonesia, October
　　20 -24, 2013.
(15) T. Eguchi and F. Miura: A Study on Detecting the Locations of Slope Failure
　　due to Earthquakes and Heavy Rains by using Satellite Remote Sensing,
　　Proc. of the 8th Asian Rock Mechanics Symposium, Sapporo, Japan, 14-16
　　October, 2013.
(16) A. B. Sambah and F. Miura: Remote Sensing, GIS, and AHP for Assessing
　　Physical Vulnerability to Tsunami Hazard, The ICRS 2013: International
　　Conference on Remote Sensing, Osaka, Japan, October 14-15, 2013.
(17) A. B. Sambah, F. Miura, H. P. Kadarisman and A. Sartimbul: Remote Malang
　　Regency, East Java, Indonesia, Proc. SPIE 8525, Remote Sensing of the
　　Marine Environment II, 85250M, doi:10.1117/12.976284, Asia-Pacific
　　International Conference on Remote Sensing, 11 December, 2012.
(18) A. B. Sambah and F. Miura: Remote Sensing Application and Spatial
　　Multi-Criteria Analysis for Tsunami Vulnerability Mapping, International
　　Symposium on Earthquake Engineering, JAEE, Vol.1, p.8, Tokyo, Japan,
　　4 November 2012.
(19) A. B. Sambah, F. Miura, H. P. Kadarisman, and A. Sartimbul: Remote
　　Sensing Application for Sardinella Lemuru Assessment: A Case Study
　　of the South Waters of Malang Regency, East Java, Indonesia, SPIE,
　　Asia-Pacific International Conference on Remote sensing, Kyoto, Japan,
　　October 29-November 1, 2012.
(20) F. Miura: Development of a Simultaneous Safety Conformation System for
　　Impared Persons at the Time of Earthquake Occurrence”, Proc. Of the 15th
　　World Conference on Earthquake Engineering, Paper No.2734, 2012.
(21) A. Ohta and F. Miura: Parametric Study on Pile-Soil Interaction Analyses by
　　Overlapping Mesh Method, Proc. of the 15th World Conference on
　　Earthquake Engineering, Paper No.1323, 2012.

(1) 江口　毅、三浦房紀：衛星リモートセンシングを用いた斜面崩壊域早期発見手法、
　　第14回日本地震工学シンポジウム、12月、2014．
(2) 福嶋研一、三浦房紀、金折裕司:プロセスゾーンを考慮に入れた断層破壊過程の
　　力学的検討、第14回日本地震工学シンポジウム、12月、2014．
(3) 瀧本浩一・三浦房紀・松元隆博・関原弦・組田良則・山本真吾：自律分散協調による
　　避難誘導システムの開発、社会技術研究論文集、Vol.8、pp.82-90、2011．
(4) 瀧本浩一・三浦房紀・吉村美幸・河村明則：地域防災への津波動的ハザードマップの
　　利活用に関する考察、第13回日本地震工学シンポジウム、2010．
(5) 佐々木剛・赤井隆宏・三浦房紀：障害者を対象とした災害時一斉安否確認システム
　　端末の開発、IEEE、HISS、(d) 情報、pp.324-329、2010．
(6) 関口寛・三浦房紀・三池秀敏：挙動不審者を検出するための画像情報抽出の研究
　　開発、～安全なまちづくりを目指して～、地域安全学会梗概集、No.27、2010．
(7) 牧野翔太・三浦房紀：デジタルサイネージを用いた防犯・防災に関する情報提供
　　システム、地域安全学会梗概集、No.27、2010．