Wireless Based Third Generation ( 3g ) Wireless Network

The last best practice evaluated is a new optimization and management services process that monitors, updates and implements third-generation (3G) data services. The article mentions two very important influences in the wireless cellular network industry are "the increasing complexity of wireless network services and the increasing customer demands and competitive pressures upon cellular service providers." (Buvaneswari, Ravishankar, Graybeal, Haner & Rittenhouse, 2004) This new process will not only increase cellular network quality, speed and flexibility but it will also allow these companies to "monitor, diagnose, and optimize their increasingly complex networks." (Buvaneswari, et al., 2004) All five best practices have strengths and weaknesses covered further on in the paper.

In this paper, we present the first data collection and profiling process result in our research framework. At this time, the second and the third data collection process are still on going. If it is completed, we will conduct the second part of our proposed experiment. The challenges is, we have to obtain an appropriate and enough RAW data that need more prolonged time for trial and error. We have to design scalable devices and computation architecture, since the system proposed will handle high volume of traffic at national level network. A comment and suggestion are welcome.

Less than a decade ago, the telecom operators in the U.S., Western Europe, and Japan were upgrading their existing networks to high-speed 3G technologies. Now the world telecommunications industry is about the switching to the next-generation super-fast 4G technologies.

In terms of architecture, it has been very challenging to provide platform, and ability to render service with high availability from the providers of the first generation (1G) networks to 4G

In present, 4G is applying with IMT-Advanced and bring more convenience to people. The evolution of mobile phone infrastructure is developing at an incredible rate. No one can accurately predict the trend of its

The research paper will also include the analysis of mobility between systems working on 3GPP and non 3GPP standards. Mobile operators are working on Network Densification by deploying

The wireless mobile industry is still a growing industry, with revenues continuing to increase over the next few years. Wind Mobile’s unlimited plans have also contributed to the increase per subscriber usage of wireless. Features and functionality redefined by new technology i.e. new

In this paper I will go over the pros and cons of having a purely fixed line network vs. a purely cellular network. When making this decision there are several things to consider, the most important is what this network is going to be used for. I am going to first go over the fixed line network then follow up with the cellular network. At the end of this paper I will do a recommendation to a new company that wants to open up a Skype- style service as to whether they should use a fixed line or a cellular network.

Literral (n.d.) asserts that in addition to being smaller 2G mobiles introduced new digital circuit switched transmissions, quick telephone to network signals and SMS (para. 5-6) The third generation of mobile or 3G, the current mobile generation, was first introduced commercially October of 2001 in Japan. 3G offers a wider range of services, such as Broadband internet and high tech video calls (Literral, n.d. para. 7-8).

3G in developing markets with 95% populace scope in focused on urban regions in India

The organization works on 2.5G, 3G, 3.5G, and 4G LTE correspondences arranges and turn into the principal administrator to dispatch business 3G and HSDPA+ operations in south Asia when it rollout the system in 16 August, 2006. In April 2013 Dialog Axiata propelled its versatile 4G LTE administrations utilizing 10 MHz of range in 1800Mhz band turn into the primary administrator to dispatch business DF – LTE arrange in south Asia, at first conveying crest information rates of 50Mbit/s its position as innovation initiative among its provincial

Audience for this topic can be the anyone who has some basic knowledge about networking. This Document provide detailed information about quality of structure (QoS) in wireless networks and cellular networks.

When two users are having a conversation on the phone, bandwidth is very important. Normally a VoIP service that has been installed on a GSM network uses 531 Kilobytes/min (or 8.85 Kilobytes/Sec) of the networks bandwidth. From this, we know now this service cannot take place on a 56 kbps dial-up

This paper is concerned with optimization of TCP since 2.5G and 3G services are available to public users and mobile clients accessing the Internet using TCP/IP is increasing. It highlights the features of 2.5G and 3G networks and its deployment. It also offers recommendations on appropriate TCP algorithms for nodes known to be starting or ending on such paths.However TCP was originally designed for use in wired networks which differ a lot from the wireless networks.The technical mechanisms recommended in this document are available in modern TCP stacks, and considered safe for use by a growing community of users.

Mobile devices are getting smaller, lighter, and more powerful; they have bigger screens and longer battery life, more features and more capabilities .With the rapid growth of user demands, and the limitations of third generation (3G) mobile communication systems, it is expected that fourth generation (4G) mobile systems are likely to reach the consumer market in another 4-5 years. 4G systems are expected to become a platform capable of providing increased bandwidth, higher data rates, and greater interoperability across communication protocols, and user friendly, innovative, and secure applications. This system will primarily focus on seamlessly integrating the existing systems like GSM, wireless LAN, and Bluetooth. Since 4G is