Wireless Mobile Telecommunication Technology And The Generation Essay

Cellular communications is such a large aspect of today’s industries, and with the number of consumers already with cell phones drastically increasing all the time, it is good to think about the future, and maybe making the customers you already have, happy and content. There are only so many “new” customers you can gain in today’s market. Phone

The use of cellular phone has skyrocketed since low-price phones and services plans became widely available to the general public in the recent years. As cellular phone is getting more and more

The evolution of wireless and mobile technologies have enabled businesses to remain operative and profitable in a very competitive workplace environment. From just a decade ago, there has been a paradigm shift from direct, face to face communication to more interaction with capabilities from any place, at any time using any device. At an unprecedented pace than ever before businesses are reliant upon eCommerce and eBusiness strategies utilizing wireless and mobile technologies. This is coupled with the need to allow employees workplace flexibility from more secured business and personal smartphone or computing devices.

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 of new applications is introduced. Now it is fourth generation that is 4G, beyond 4G now researches are going on about 5G and it will come into existence by 2020s. In the near future, i.e., beyond 4G, some of the prime objectives or demands that need to be addressed are increased capacity, improved data rate, decreased latency, and better quality of service. To meet these demands, drastic improvements need to be made in cellular network architecture. This paper presents the results of a detailed survey on the fifth generation (5G) cellular network architecture and some of the key emerging technologies that are helpful in improving the architecture and meeting the demands of users. A detailed survey is included regarding all wireless generations especially concentrated on 5G by research groups and

This term paper is a comparison (difference) between two technologies which brought revolution in the field of mobile communication i.e GSM and CDMA . Firstly in the term paper , history of both of these technologies , GSM and CDMA is introduced along with their brief terminology . After the history construction , working and its application is discussed and compared . Finally the main difference in both the technologies i.e GSM and CDMA is summarized to complete the term paper .

In 1973 the world's first cellphone was made. Although the first phone is not anything compared to the latest iphone, it was a huge step back then. When the first mobile phone was made, it was hardly portable and allowed very little talk time. Now phones are smaller than the average human hand and you can talk however long you would like (as long as you have a charger). At first look, the invention of the cell phone can be seen as a huge technological achievement, however once people open their eyes they see how sad it truly is. So many people have lost touch with true communication and the people around them. Even though technology shouldn’t be as involved in our lives as it is, people still see it as an essential to their everyday lives and they are constantly using it.

The use of mobile devices in the current generation from 2014-2016 in Secondary Students have become associated with a health risk, an addiction which affects them physically, and psychologically. Contrary to the beliefs that mobile devices encourage interaction between students and integrate education, many are becoming either addicted or mentally incapable to engage outside of their technology (Vorderer et al., 2016). Research shows that the time spent by students on their devices relates to changes in the activity of the brain negatively (Swingle, 2016). Despite the fact the health risk has been associated with cellular devices, students choose to ignore them as society makes devices essential for everyday life. If so, how do the health risks impact students through the long term? Is it, the health risk from mobile devices is so insignificant that students are oblivious to them? In this paper, I will argue the risk of addiction associated with the use of mobile devices and how this is limiting/modifying students’ lives in subsequent time. Though I agree that cellular devices are a very important organizational tool, I still support that students can efficiently limit their device use; to sustain a healthy lifestyle. This issue is important because it warrants secondary students on the negative impacts they face, like addiction; through cellular devices

Wireless technology is widely used throughout different countries and governments, and is one of the most fast-growing and needed technologies on the market today. While in the past it has been looked at as something that is not needed, now is necessary. Most companies have main business functions that occur outside the main office, and taking a laptop computer into the field helps the need to complete services particular to that business. Globally, the wireless field is expanding and both people and business are beginning to heavily depend on its services all over the world. Wireless technology has also become more popular in the field of education and is being taken in by not only university

Every day the wireless communication is getting more advanced comparing to what is was yesterday. Every generation of mobile communication get advanced with a higher speed, frequency band, better connectivity, security and high data rates in transmission. For all these reasons, it’s clear how the 4G is success more than the 3G networks, and the same thing will happen to the 4G after lunching the 5G in the near future. In this paper, I will try to describe the 4G networks and 5G networks in contest of future of mobile communications. What are their drawbacks and what are the main differences between these different generations along with the issues that make the new network take over that network.

The world today is so deeply evolved with the use of technology a resource. The future of mobile data system has always been a mystery and a question of excitement due to the fact of how different is it going to be from the present generation of mobile data. Mobile data system has been a developing area over the years starting from analogue phone calls to All Internet protocol and communication protocol. The idea for a better and for a more successful next generation of mobile data was inspired from the previous generation. Also, with the development of various apps in smartphones and tablets with data services, it made a plus point in the people’s electricity usage or having to turn of electronic appliances. The term “5G” is the next big

3G and 4G wireless networks can be compared and contrasted by four areas of capabilities: Service and application, network architecture, data throughput and user perception. “Some examples of services offered by 3G wireless networks are CDMA2000 (also known as IMT MultiCarrier (IMTMC), Universal Mobile Telecommunications System (UMTS), and EDGE as well as a long list of others while 4G offer Worldwide Interoperability for Microwave Access (Wimax2) and Long-Term Evolution (LTE- Advance).” (Jamia Yant, 2012, April 26) 3G applications allows users the ability to stream video and audio, video conferencing as well as other multi-media

telecommunication has perhaps been to bring us humans closer to one another. In doing so, one of the greatest contributors has been cellular phone technology. Thus, we tried to contribute, to our limitations, to the development of the cellular network. Cellular technology not only connects people, it is also playing a colossal role in boosting the economy of Bangladesh. With the increasing popularity of cellular phones and arrival of giant phone companies, cellular traffic continued to

Long-Term Evolution Advanced (LTE-A) is a set of standards designed to fit M2M communication and IoT applications in cellular networks. LTE-A uses OFDMA (Orthogonal Frequency Division Multiple Access) as a MAC layer access technology, which divides the frequency into multiple bands and each one can be used separately. The architecture of LTE-A consists of a core network (CN), a radio access network (RAN), and the mobile nodes. [31]

Wireless technology is a booming business that is finding far reaching benefits on a global level. Corporations, schools, homes, and cafes are implementing wireless solutions as individual organizations and users seek more freedom and constant access. Wireless Fidelity (WiFi) is the latest buzzword to capture the market in our individual quest for access anywhere at any time. All of this comes at a price. Security is a major concern moving forward, as well as having too much access that does not lead to needed personal downtime. In the end what is more valuable, access or secure access at the right time?

The demand for mobile communication has been growing day by day. Resource flexibility is one of the most important issues in the coming generation of mobile communication. Radio frequency channels are a scarce resource and have to be reused as much as possible. Different techniques are required to increase the efficiency & flexibility of the network to deal with new services and to adopt the new traffic profiles and characteristics Many channel assignment schemes such as fixed channel assignment (FCA), dynamic channel assignment (DCA) and hybrid channel assignment (HCA) have been proposed to assign frequencies to cells with a goal to maximize the frequency reuse. In this paper, we make a review of the characteristics of various channel assignment specially dynamic (LBSB )schemes.