File Name: from lte to lte advanced pro and 5g .zip
Description This practical hands-on new resource presents LTE technologies from end-to-end, including network planning and the optimization tradeoff process.
The architecture used in LTE was designed to surpass the mobile data rates that were available using 3G technologies. This simplified, flatter version of the network architecture mean response times are much quicker and therefore users of the network would realise much better data rates. The main aim for LTE-A Pro is to increase the data speeds and bandwidth that are currently available for mobile communications.
User experience will be significantly improved as a result optimising the capacity, performance and functionality of existing LTE-A networks. Latency will also decrease, allowing for much quicker response times; vital for the development of IoT internet of things technology.
It will lessen to just 2ms compared with 10ms at LTE-A. There will be a number of different technologies that will be incorporated into LTE-A Pro, many of which will be advanced and evolved versions of the things that are already present in the existing LTE-A and LTE networks.
Data speeds will be increased by using and improved version of Carrier Aggregation technology, the process in which larger amounts of bandwidth is made available by using more than one carrier.
It is already used in LTE-A, but with LTE-A Pro the number of different carriers that will be able to simultaneously supported will increase from just five, all the way up to A huge advanced again for IoT devices that rely on constant connectivity, often when moving. Greater demand for data transfer means that small cells are being deployed within range of macro cell coverage to provide dual connectivity which significantly improves per-user throughput and mobility robustness, again this is an area which will be continued to be improved upon with LTE-A Pro.
A new dynamic uplink and downlink aggregation will mean that operators are able to adjust the configuration of their networks depending on traffic needs. MIMO multiple-input multiple-output is one of the key technologies which will address the future of capacity demand. This allows for more data to be sent and received at the same time, unlike in conventional wireless communications where only a single antenna is used. LTE-A Pro will use this technology to exploit its capabilities to provide much-improved connectivity.
Existing technology supports 8, 12 and antenna elements whereas massive MIMO will go beyond with up to 64 antenna ports at the eNB. Currently, despite the progress that has been made in the standards, none of the commercial operations have yet to achieve the 3Gbps data speeds that are defined for LTE-A Pro. There is a lot of talk about 5G and its current development, but without the drive in LTE-A Pro what many see as the stepping stone or foundation for 5G , it could be some time before the technology is realised commercially.
Lost your password? Search for:. How will these improvements be achieved? Carrier Aggregation Data speeds will be increased by using and improved version of Carrier Aggregation technology, the process in which larger amounts of bandwidth is made available by using more than one carrier. Dual Connectivity Greater demand for data transfer means that small cells are being deployed within range of macro cell coverage to provide dual connectivity which significantly improves per-user throughput and mobility robustness, again this is an area which will be continued to be improved upon with LTE-A Pro.
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Skip to Main Content. A not-for-profit organization, IEEE is the world's largest technical professional organization dedicated to advancing technology for the benefit of humanity. Use of this web site signifies your agreement to the terms and conditions. Even though it is continuously updated through new releases, and with LTE Advanced Pro Release 13 being the latest one, the development of the fifth generation has been initiated. In this article, we measure how current LTE network implementations perform in comparison with the initial LTE requirements.
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And the first version of 5G to be deployed, the non-standalone architecture, will use the existing LTE network, except for the radio. After a tutorial on the fast Fourier transform FFT and the discrete time Fourier transform DFT , central to signal processing in digital communications systems, the subsequent chapters cover the air interface architecture and operation; coverage-capacity planning and analysis; prelaunch parameter planning and resource allocation; radio resource control and mobility management; inter-cell interference management; SON technologies; EPC network architecture, planning and dimensioning; LTE-Advanced enhancements; optimization for TCP operation; voice over LTE VoLTE ; LTE-Advanced Pro enhancements; and the transition to 5G. Collectively, the authors have decades of experience in wireless telecommunications. As an independent consultant for the past 15 years, Moe Rahnema has worked with the major network equipment manufacturers and various operators to plan and optimize cellular networks. I had the opportunity to speak with Moe and Marcin on Wednesday, 20 December. Listen to our conversation.
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ГЛАВА 85 Грег Хейл, распластавшись, лежал на полу помещения Третьего узла. Стратмор и Сьюзан отволокли его туда через шифровалку и связали ему руки и ноги толстым кабелем от одного из лазерных принтеров. Сьюзан до сих пор была ошеломлена ловкими действиями коммандера. Он разыграл звонок по телефону.
PDF | This practical hands-on new resource presents LTE technologies from end-to-end, including network planning and the optimization.Baptiste M. 24.03.2021 at 08:04
The architecture used in LTE was designed to surpass the mobile data rates that were available using 3G technologies.Outthreadcoger 24.03.2021 at 17:12
This practical and very successful book, written by engineers working closely with 3GPP, gives insight into the newest technologies and standards adopted by 3GPP, with detailed explanations of the specific solutions chosen and their implementation in LTE, LTE-Advanced, and LTE-Advanced Pro, as well as providing a detailed description of the path to 5G and the associated underlying technologies.Verney B. 25.03.2021 at 05:01
From GSM to LTE-Advanced Pro and 5G: An Introduction to Mobile Networks and Mobile Broadband, 3rd Edition provides technical descriptions.