"WISSDOM uses radial winds observed by multiple Doppler weather radars to synthesize the 3D wind fields in the atmosphere. Using variational approach to make the retrieved winds satisfy the following mathematicalphysical laws : (1)The geometric relationship between the retrieved windsthe radial winds observed by each individual radar (2)anelastic continuity equation (3)vertical vorticity equation (4) background wind field (5) Laplacian smoothing term. Special treatment is made allowing direct wind retrieval over complex terrain, which is necessary for weather analysis in Taiwan."

Combining automatic real-time flood sensing technology from Civil IoT with real-time precipitation data from CWB to reduce the incidence of false alert. By merging technology with Google Street View, terrain data and real-time observation image from MOI, users can easily get information about flooded area through Disaster Response Decision Support System (DRDSS)

The Climate Change Division will set up a system that allows the users to select his/her area of residence. By reading the inputted location, the system will then automatically access the climate change database and transfigure the projected data of the year 2050 to readable climate conditions of the location chosen by the user. Such information will be presented in a form of a postcard; users can take a profile photo on the spot to customize it into a personal “Postcard from the Future,” allowing the user to feel closer to the climate change reality that we are now facing.

"1. Use high-speed computers to simulateestimate the impact of Taiwan on global warming 2. High-resolution scenario simulation to analyze changes in the number of typhoons invading Taiwan under climate changerainfall analysis 3. Calculation of the two-dimensional flooding pattern on the surface to estimate the difference of flooding disasters beforeafter warming"

The purpose of this software is to implement real-time radar monitoring technique in meteorological service through industry-academia cooperation. The design transforms professional weather webpage into APP software, which is available for mobile devices, it also provides notification service by using GPS positioning system. This is an experimental product which integrates radar observational data in Taiwan with the latest observation data from FORMOSAT-7. By using data assimilation method and radar reflectivity extrapolation method, it develops real-time early warning technique and provides probability of precipitation information in future 1 hour.

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BeDIS has the following distinguishing features:1.Is easy to configure, deploymaintain 2.Location accuracyresponse time not affected by crowds 3.Can function without Internet 4.Supports waypoint-based indoor navigation 5.Supports diverse indoor location-based APPsservices

　　Mobile Magnetic Survey System is composed of 20 precisesensitive magnetic detector arrays, which are used for measuring the 3D magnetic fields. With the LiDAR positioning systemattitude rotation, the magnetic vector field can analyze the magnetic field intensity at different positions. In addition, the visualized map can help users to evaluate the metal body locationdepth.