To best serve the needs of advanced users, MapInfo app is fully capable to import, extract, analyze, and share data with files created by other applications. Today, this business and engineering-focused GIS application are used extensively in the fields of Environment analysis (mapping of erosion, pollution, animal/plant species movement, climate change, human influences, etc), Insurance analysis (effects of natural disasters, demographic and risk analysis), Engineering analysis (research for construction projects), Marketing analysis (demographics, location intelligence), Telecommunication analysis (identification of coverage area, maximization of investment based on demographics), Crime, Mineral, Retail Site and other types of large-scale analysis project types. Produced and maintained by Pitney Bowes Software, MapInfo Professional provides its users access to the latest tools to capture data points, process them, visualize, analyze, edit, interpret, understand, provide visual reports, and output data that can be used to easily reveal patterns, trends, and relationships. This paper also highlights two key aspects of LTE that are currently research intensive, and is wrapped up with the technological advancements on LTE.MapInfo Pro is an award-winning geographic information system (GIS) software that allows Windows desktop users access to the incredible array of mapping and spatial analytics tools and services developed over several decades since this app first arrived on sale in the late 1980s. Starting from a brief overview of its network architecture, this paper aims at exploring some key features of LTE that places it at the forefront in achieving the goals of wireless access evolution, enabling it to become a key element of the ongoing mobile internet growth. This paper aims at providing a technical overview of 3GPP LTE.
It also notably implements an all-IP network architecture, providing higher data rates, end-to-end Quality of Service (QoS) and reduced latency. Advent of Long Term Evolution by 3GPP, providing a minimum downlink data rate of 100Mb/s, marked a new beginning in Radio Access Technologies (RATs).
The International Telecommunications Union – Radio communication sector (ITU-R) recognizes a technology as 4G after haven met the International Mobile Telecommunications Advanced (IMT-A) specification of a minimum of 100Mb/s downlink data rate for high mobility and 1Gb/s for low mobility. All-IP network architecture is fast becoming a norm in mobile telecommunications.
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