Game Theory in AI

 

7G Communication System

 

By Prathamesh Yadav, Kshitij Taley, Sanket Jadhav & Viren Chavan

 

 

The wireless communication technologies and mobile communication systems are fastly growing technologies. Today every generation is being with it's some standards, capacities, techniques, and new features which separate them from previous generations and also these features are increasing the performance and quality of mobile telephone users. The new 7G is used in Japan, China, Turkey, Estonia, Korea and Sweden; they use this generation in their countries. 

 

Thus 7G will help us attain very high bandwidth, and nearly non-existent latency, and universal integration. Thus fulfilling our demand from mobile & wireless computing like more speed, more bandwidth, more connectivity and overall more potential.

 

 

The level of capacity is going to be unprecedented in 7G networks and will extend the scope & capabilities of 7G applications in support of increasingly new, intelligent and innovative applications across the sector of wireless cognition, sensing and imaging. 7G’s higher frequencies will enable significantly better throughput. A combined communications/computation infrastructure framework edge and core computing will become more seamlessly integrated as it's part by the time 7G networks are deployed. As the 7G technology becomes operational it will provide many potential advantages which includes improved access to artificial general intelligence (AGI) capabilities. 7G networks create more data by substantially, and the coordination between edge and core platforms are included in the evolution of computing, the need for data-centre evolution and management of data will be more important than anything else.

 

 

 

7G would also provide the solution for technologies like virtual reality, which consumes about 50 times the bandwidth of a high-definition video stream and which doesn’t currently work properly due to wireless limitation. Several application areas are also estimated to be improved by 7G.

 

Space roaming is the aim of 7G wireless network. World is heading in the direction of becoming completely wireless, demanding uninterrupted signal and uninterrupted access to information at any time and in the world without compromising the quality, speed, bandwidth, and also reduction in cost. The 7G will be the most progressive generation in the mobile communication range.

 

Needless to say, there is no issues of data capacity coverage or bandwidth in the 7G. A fully connected world of cheap, fast internet service with speed of faster order with magnitude of up to 11 Gbps and specially designed nano antennas to have the ability to tap satellite communication these all will be from the framework of 7G.

 

 

Expected features of 7G

•        High speed of signal transmission

•        AGI core networking

•        Non-existent latency

•        AI-powered network management

•        Virtual space environment with realistic sensations

•        Internet cognition

•        Continuous computing

•        Remote access for diagnosis, learning, education, etc.

•        Internet of Everything (IOE)

•        7G is proposed to integrate with satellite networks for global coverage

7G wireless networks aims to secure space roaming. The world is trying to get rid of all strings, seek uninterrupted access to information at any time as well anywhere with better quality, high speed, increased bandwidth and cost reduction. After 4G the next generation 5G aims at a real wireless world with there are no limitations while 6G integrates 5G with satellite networks. Due to technology and flexible standards, they have 6G handoff / roaming will be a problem. This is driving 7G mobile wireless networks aim to detect space navigation.