RESULTこれまでの実施結果

The Furtherance in Asia-Pacific Region 2024 supported the following.

Enhancing Coping Capacities Towards Extreme Weather by Promoting Disaster Management and Meteorological Education in Schools Through Youth-led Weather Observation

Research to document the experiences of affected residents for disaster education and awareness to reduce the risk of severe thunderstorm-related disasters, including tornadoes, in Bangladesh

Development of the world's smallest hybrid probes of DC-HF electric-field and plasma measurement for the flight model in JAXA’s Innovate Satellite Technology Demonstration-4

Design and Development of battery-free low-maintenance Transient IoT Environment Monitoring System.

Estimation of NOx content of lightning discharge origin using Mt. Fuji

Enhancing Environmental Disaster Monitoring through Geo-Tagged SOS: A Satellite IoT System Approach

Specified Nonprofit Corporation “University Space Engineering Consortium (UNISEC)”

The Asia-Pacific Furtherance 2023 towards the next supported it.

Observations of Airborne Microplastics (AMPs) at the Summit of Mt. Fuji and Comparison with Observation data in the Asia-Pacific Region to deduce their transportation (富士山頂での浮遊マイクロプラスチック（AMP）の観測とアジア太平洋地域の観測データとの比較による輸送の推定)

Development of location based portable 5G enabled IoT EDGE devices to measure, monitor and manage environmental sensor data (ロケーションベースのポータブル 5G の開発により、IoT EDGE デバイスが環境センサー データを測定、監視、管理できるようになりました)

Hybrid probes of DC-HF electric-field and plasma measurement for more than 6U CubeSat and parasitic payload of small satellite observing atmospheric and space electricity: Development for the flight model in JAXA’s Innovate Satellite Technology Demonstration-4 (6U超のCubeSat用DC-HF電場・プラズマ計測のハイブリッドプローブと大気・宇宙電気観測小型衛星の寄生ペイロード：JAXAの革新衛星技術実証-4におけるフライトモデルの開発)

The Asia-Pacific Furtherance 2022 towards the next supported it.

Design & Development of Energy Harvesting solution for Environment Sensor (環境センサー用の環境発電ソリューションの設計と開発)

Drone ionospheric potential measurement providing surface ionospheric temperature (表面電離層温度を提供するドローン電離層ポテンシャル測定)

Hybrid probes of DC-HF electric-field and plasma measurement for more than 6U CubeSat and parasitic payload of small satellite observing atmospheric and space electricity (6U以上のキューブサットと、大気と宇宙の電気を観察する小さな衛星の寄生ペイロードのDC-HF電気およびプラズマ測定のハイブリッドプローブ)

The Asia-Pacific Furtherance 2021 towards the next supported it.

Study of Deep Learning algorithms for adverse weather conditions (悪天候のための深層学習アルゴリズムの研究)

Geomagnetic monitoring for predicting volcanic eruption at Mt. Fuji (富士山の火山噴火を予測するための地磁気モニタリング)

Development of Electric field and plasma probes mounted on 6U Cube Sat for observing atmospheric and space electricity for the earthquake prediction (地震予知のための大気および宇宙電気を観測するための6Uキューブサットに搭載された電場およびプラズマプローブの開発)

Research to develop a strategy to reduce wind-related disaster risks caused by severe local storms in Bangladesh (バングラデシュの激しい局地的な暴風雨によって引き起こされる風関連の災害リスクを減らすための戦略を開発するための研究)

The Asia-Pacific Furtherance 2020 towards the next supported it.

results of asia-pacific furtherance_2020

The Study of Hydroplane for Submarine Hull Form Using Experimental Method and CFD Study (実験的方法とCFD 研究を用いた潜水艦船型用の水上飛行機の研究)

Comparative Research of the Effect of Air pollution on the Formation of Heavy Rainfall in the Tropical and Temperate Regions under Global Warming: for the development of human resources for the observation of meteorology and air quality in Cambodia (地球温暖化下の熱帯および温帯地域における豪雨の形成に対する大気汚染の影響の比較研究：カンボジアにおける気象と大気質の観測のための人材育成)

Engineering model development of 6U Cube Sat observing atmospheric and space electricity for the earthquake prediction (地震予知のために大気および宇宙電力を観測する6U Cube Satの工学モデル開発)10-12.kamogawa_UNISEC.pdf

The Asia-Pacific Furtherance 2019 towards the next supported it.

The Asia-Pacific Furtherance 2018 towards the next supported it.

The Asia-Pacific Furtherance 2017 towards the next supported it.

The Asia-Pacific Furtherance 2016 towards the next supported it.