Navigation is an essential feature in the era of smart devices and IoT, which we use in various personal and commercial applications. It is also very helpful while traveling from one place to another. Ola / Uber also moves from one place to another using navigation. Because of this navigation, Swiggy or other companies deliver food. This technology occurs in Aerial and Marine Navigation.
Navigation technology allows the nation to manage its territory, protect its borders, and manage disaster response. Keeping these requirements in mind, researchers at IIT Mumbai have constructed a navigation receiver RF front-end integrated circuit (IC chip) pole, which can be used in navigation. Simply put, in the coming times, it can be an option of navigation with GPS. The chip has been designed by students Vijay Kanchetala (Leader), Santosh, Anjikya Shubham Jain, Shweta, Jaffin Joy, Syed Hameed, Mukul Pancholi, Sumit, Amitesh Tripathi, Pawan Khanna and Sakshi under the guidance of IIT Mumbai Professor Rajesh Zele. The project is funded by the Ministry of Electronics and Information Technology. Its nodal agency is Sameer.
Navigation is an essential feature in the era of smart devices and IoT, which we use in various personal and commercial applications. It is also very helpful while traveling from one place to another. Ola / Uber also moves from one place to another using navigation. Because of this navigation, Swiggy or other companies deliver food. This technology occurs in Aerial and Marine Navigation.
Navigation technology allows the nation to manage its territory, protect its borders, and manage disaster response. Keeping these requirements in mind, researchers at IIT Mumbai have constructed a navigation receiver RF front-end integrated circuit (IC chip) pole, which can be used in navigation. Simply, in the coming times, it can be an option of navigation with GPS. The chip has been designed by students Vijay Kanchetala (Leader), Santosh, Anjikya Shubham Jain, Shweta, Jaffin Joy, Syed Hameed, Mukul Pancholi, Sumit, Amitesh Tripathi, Pawan Khanna and Sakshi under the guidance of IIT Mumbai Professor Rajesh Zele. The project is funded by the Ministry of Electronics and Information Technology. Its nodal agency is Sameer.
Worldwide navigation happens like this
Professor Rajesh Zele of IIT Mumbai said that different countries have their own navigation satellite systems, including the Global Positioning System (GPS) of the US, the Russian Federation Global Navigation Satellite System (GLONASS), Galileo of Europe, Baidu of China and Japan. Quasi is the Zenith Satellite System (QZSS). In such a situation, Dhruv can be an effective navigation option in India.
Trouble came in Kargil war
India has built its navigation system, the Indian Regional Navigation Satellite System (IRNSS), or Navigation with Indian Constellation (Navic), which is based on foreign technology. During the Kargil War (1999), Indian soldiers were not able to see the necessary positions using foreign GPS satellites. IRNSS or Navic satellite was sent by ISRO to Orbit many years ago.
Why Dhruv will be beneficial
This will allow India to have its own strong navigation medium like GPS.
- Decoding the signal of all the satellite will be possibly better
- This will work to clean the interfering signal
-Dipolar digital data can be further modified by any standard digital signal processor so that a location can be correctly determined.
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