Long Term Evolution (LTE) for Improving Telecommunication and Mobile Systems

Long Term Evolution (LTE) is a project within 3 rd Generation Partnership (3 GPP) to improve the UMTS (Universal Mobile Telecommunications System) mobile phone standard to meet future requirements [3]. The strength of 3GPP is the standardization of standards, which is a step towards fourth generation (4G) wireless technology and is accompanied by an increase in data rate as a mobile application. MIMO is adopted in 3GPP LTE and realizes large capacity by simultaneously transmitting independent information with different antennas [2]. Conventional MIMO technology has been thoroughly studied [3] and deployed in many existing wireless systems.

The successful technology of third generation mobile phones is the 4G mobile phone. Another common term used to refer to subsequent technologies is long-term evolution. LTE-compatible mobile phones are much better than 3G mobile phones, but not all LTE devices are fully compliant with 4G standards. Therefore, although they may be sold as 4G devices, they may not offer all of the performance - guaranteed by the standards. With LTE support, data download speed and upload speed have been greatly improved, and other functions of mobile phones and devices have been improved. Most major mobile phone providers have launched LTE support in 2009. They are steadily improving the traditional third generation telephone network to support new technologies.

For future plans, DiGi is developing a new mobile Internet service with a new mobile network called LTE (Long Term Evolution). With the LTE (Long Term Evolution) mobile network, DiGi has a fiber-like speed with the ability to provide higher capacity, more stable speed, and the best mobile Internet experience for future LTE mobile devices It can be realized. In order to maintain a safe and relatively stable market, DiGi applies a guard strategy to its business. The company upgrades the entire mobile network to provide the best experience for all customers and provides higher quality and faster voice and Internet connectivity over a wider range of coverage.

Telecommunications is in the field of information and communication technology (ICT), and ultimately it is affected by technology. Currently deployed technologies for connectivity are LTE and fiber. Mobile and fixed connection services are on the increase, mobile space is growing rapidly. These environments have changed dramatically in the past decade and more technology development is expected in the next decade. Technologies that weaken the telecommunications industry are recognition. This includes machine learning and artificial intelligence (AI) work. McKinsey predicts that the communication environment will be one of the two major industries that will use artificial intelligence in the future. This future world is undergoing conversion of artificial intelligence from laboratory to industry.