The Evolution Of Wireless Networks

billions of mobile devices are connected to wireless networks and by the year 2020 when the massive arrival of 5G to the market is expected to be four times higher. This paper aims to analyze the advances in communication for these networks that will be present in all types of portable devices and personal use in addition to computers. It evaluates the progress for aspects of communication and ability to transfer data and information through new wireless networks. The benefits and improvements in communication

In networking technology, wireless is the term used to describe any network where there is no physical wired connection between sender and receiver, but rather the network by radio waves or micro waves to maintain communications. The evolution of technology specially in mobile technology is the most and fast developing, that era starts from 1G in 1980s and it is replaced by a continuous emerging of next generations. To compensate the drawbacks of each previous generation next generation with lot

Mrs. Tabada Mary Rose Espana Jeanna Mae A. Astano 1. Introduction This paper provides an overview of Long Term Evolution (LTE) and Worldwide Interoperability for Microwave Access (WiMAX)—the leading technologies for next-generation mobile broadband. The information presented here will help readers understand how the two technologies differ, why Verizon Wireless chose LTE, and what advantages LTE offers customers. The following executive summary gives a quick overview of the paper’s

description about 4G network, architecture and discuss about functions of each layer. It is evident that 4G technologies will expand on web-based communication around the world. 4G technology will allow for improved applications such as telemedicine that may save lives. It is a fully imp-based network and will improve data transfer dramatically. Signal disruptions will be minimal and downloads will be done in a matter of seconds, faster than ever before. Within few days 4G network may replace all existing

University of Technology, Sydney 32702 Contemporary Telecommunications The evolution how 3G to 4G technologies Ming H. Zhao (10810164) University of Technology, Sydney minghui.zhao@student.uts.edu.au Lecturer: Gay Valerie 13th September, 2010 1. Introduction Since contemporary communication came into daily life, people always keep seeking unrestricted communication at all time. Mobile telecommunication satisfied people's demand with the first generation (1G) and the second generation (2G). In the

mobile communication along with fifth generation technology. Fifth generation network provide affordable broadband wireless connectivity (very high speed). The paper throws light on network architecture of fifth generation technology. Currently 5G term is not officially used. In fifth generation researches are being made on development of World Wide Wireless Web (WWWW), Dynamic Adhoc Wireless Networks (DAWN) and Real Wireless World. Fifth generation focus on (Voice over IP) VOIP-enabled devices that

involved video content study and only account detected events as a replacement for permanently streaming videos. Visual sensor networks (VSNs) are also a type of Pervasive networks since cameras are omnipresent by being embedded into everyday life objects such as a smartphone. VSNs aim at integrating smart cameras using pervasive computing with wireless sensor networks. Due to rapid changes in the VSN’s environment, a dynamic and online reconfiguration is highly needed. we introduce and evaluate

throughput on the network that supports it. Today especially, we live in a world where everyone is mobile, and it is expected that mobile networks keep pace with the innovations in technology. The successor of 2G and 3G mobile network standard is the 4G mobile network standard. The emergence of 4G, nonetheless, should provide faster and better mobile network connectivity to support the newer and ever more demanding technologies born every day. The emergence of 4G mobile network technology is aimed

An Essay on 3G Wireless Communication Technology Branch: EEE The advent of Wireless Communication Communication has been one of the most fundamental aspects of human development. It took the eccentric genius of Nikola Tesla to come up with the design of the first radio transmitter in 1891. The first transatlantic radio

Recent progress in mobile wireless network has provided a major impulse towards the development of self-organized, self-created, and rapidly deployable network architecture referred to as Mobile Ad Hoc Networks (MANETs). Although the application area of MANETs was initially proposed for environments of disaster recovery and battle-field communications, the evolution of the Multimedia Technology and the commercial interest of companies to reach widely civilian applications, have made Quality of Service