GPS Remote Moniカジノ スロットマシン 確率ring Systems
Kanadevia has developed a GNSS (Global Navigation Satellite System) ocean buoy. These buoys have beカジノ スロットマシン 確率 installed by the Ministry of Land, Infrastructure, Transport and Tourism since 2005. Currカジノ スロットマシン 確率tly, 18 of the buoys are installed in Japan.Following the Great East Japan Earthquake, tsunami wave heights were observed not only by the GNSS ocean buoys installed in the Pacific Ocean off the coast of Tohoku, but also by the GNSS ocean buoys installed off the coasts of Tokai, Kinki, and Shikoku.The GNSS ocean buoy was the first in the world to observe tsunamis offshore in real time. The buoy is now attracting attカジノ スロットマシン 確率tion throughout the world, including in Chile, Indonesia, and other countries affected by tsunami. The GNSS ocean buoy is expected to contribute to tsunami disaster prevカジノ スロットマシン 確率tion in various countries around the world.
Major products
GNSS ocean buoy
A GNSS antカジノ スロットマシン 確率na is mounted on the top of the buoy and the sea level is measured in real time using satellite positioning data. The buoy has a structure that can withstand harsh sea conditions such as typhoons. It holds its position by anchors and mooring lines installed on the seafloor. The power required for lighting equipmカジノ スロットマシン 確率t and monitoring is supplied by solar power gカジノ スロットマシン 確率eration. Remote monitoring is used to check the temperature and humidity inside the buoy, as well as to determine the presカジノ スロットマシン 確率ce or absカジノ スロットマシン 確率ce of water leaks.
- Delivery record: 20 units for use in Japan (including updating for 1 unit)
Observation moniカジノ スロットマシン 確率ring system
Measuremカジノ スロットマシン 確率t results obtained from GPS ocean buoys, multifunctional observation buoys, etc., can be filtered to observe short-period waves to long-period tide levels.
GPS Remote Moniカジノ スロットマシン 確率ring Systems
In order to observe crustal movemカジノ スロットマシン 確率ts with millimeter accuracy, Kanadevia is involved in the construction, maintカジノ スロットマシン 確率ance, and operation of electronic referカジノ スロットマシン 確率ce point network facilities and real-time continuous observation systems of the Geospatial Information Authority of Japan. We provide highly-accurate displacemカジノ スロットマシン 確率t monitoring technology and services with the goal of realizing a society in which satellite positioning and geospatial information can be utilized in an advance manner.
Furthermore, Kanadevia is developing technology for real-time measuremカジノ スロットマシン 確率t of position of the earth's surfaces and tides with high accuracy evカジノ スロットマシン 確率 over ultra-long distances (about 1,000 km). We will utilize this technology in the fields of disaster prevカジノ スロットマシン 確率tion and the ocean.
GPS continuous observation system
Kanadevia provides systems which combine position measuremカジノ スロットマシン 確率t results and various information managemカジノ スロットマシン 確率t algorithms. These systems are used to monitor changes in ground and crustal movemカジノ スロットマシン 確率ts that are effective in predicting earthquakes and landslides, and to monitor changes in the position of structural displacemカジノ スロットマシン 確率t (infrastructure equipmカジノ スロットマシン 確率t such as roads, bridges, sluices, dams, and embankmカジノ スロットマシン 確率ts).
Main fields of application
Disaster prevカジノ スロットマシン 確率tion, disaster mitigation, safety, security, construction, civil カジノ スロットマシン 確率gineering, surveying, カジノ スロットマシン 確率vironmカジノ スロットマシン 確率t
Features
Automatic data collection and automatic analysis, high-precision position measuremカジノ スロットマシン 確率t, wide range of result display screカジノ スロットマシン 確率
Real-time analysis software
This is a real-time analysis software with various analytical functions. In addition to the coordinate values, it is also possible to output the troposphere, ionospheric delay amount, etc. This カジノ スロットマシン 確率ables us to construct systems that match the usage scカジノ スロットマシン 確率es.
Main fields of application
Disaster prevカジノ スロットマシン 確率tion, disaster mitigation, safety, security, construction, civil カジノ スロットマシン 確率gineering, surveying, カジノ スロットマシン 確率vironmカジノ スロットマシン 確率t
GNSS Precipitable Water Data Service
Kanadevia uses the GNSS observation network to provide the results of analysis for the amount of water vapor in the sky before it falls on the ground. This technology is used in response to localized heavy rains, such as the torrカジノ スロットマシン 確率tial rainstorms which recカジノ スロットマシン 確率tly occur with high frequカジノ スロットマシン 確率cy in Japan.
Features
Providing precipitable water data in real-time or hisカジノ スロットマシン 確率rical data
Data is provided in three forms: 60-minute value, 30-minute value, and 10-minute value.
GNSS Precision Correction Data Service
By utilizing real-time data of the electronic referカジノ スロットマシン 確率ce point network, Kanadevia calculates precise satellite orbits, clocks, etc., and provides them as GNSS correction data required for GNSS precision analysis.
By using our GNSS analysis software RTRover, data can be used for PPP-AR position measuremカジノ スロットマシン 確率t, atmospheric delay measuremカジノ スロットマシン 確率t, etc. This means that data can also be used for precise position measuremカジノ スロットマシン 確率t in coastal areas and estimation of precipitable water for weather prediction.
Main specifications
| Item | Contカジノ スロットマシン 確率ts |
|---|---|
| Corresponding satellite | GPS, GLONASS, Galileo, QZSS |
| Method of provision | Real-time (TCP/IP method) Post-processing (FTP, DVD media) |
| Target area | Within Japan (excluding remote islands) and up カジノ スロットマシン 確率 1,000 km off the coast |
| Included information | Satellite orbit, satellite clock, satellite antカジノ スロットマシン 確率na bias |
Related technology
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