Radio Resource Management in Future TSN Harvard Case Solution & Analysis

Radio Resource Management in Future Case Study Analysis

Chapter 1: Introduction

1.1 Background of the Study

With the Spend of time and development of the wireless network, modern global networks are providing the high-speed cellular services in both urban and rural areas. The population of users is huge, whereas the cost of the networks is very low. Because of the technological and economic challenges, most of the urban and rural areas have not been the facility of the wireless networks. International Telecommunication Union estimate that the over 90% of a population of East Africa from urban and rural area has no wireless network power.

The Satellite based network is the furthermost favorable technique to praise global cellular networks to reach ubiquitous. In these areas of East Africa, the Radio Satellite is used for getting the information from whole the world (Abiriga, 2020). Radio Satellite contact the networks which are support for 2nd phase of 5G, and the support of the Radio satellite. will be considered in aggregation with the events of RAN. Radio resource management is basically known as: that management level at which interference of co-channel, radio resources and other broadcast features of the wireless networks are involved. The main aim of the RRM is to ensure effective usage of the Resources of networks. There are about 04, Radio resources available which serve the people of East Africa.

• Antenna Patterns
• Power of Transmitter
• Radio Station waveforms
• Base Stations

These are the four radio resources which are used for communication and getting information about the globe   that what are the changes happening in the entire world.

For any communication link: the at least one resource is assigned in which receiver and transmitter are involved through the uplink and downlink. Radio resource management includes procedures and approaches to control the factors like: power transmission, allocation of users, rates of data, scheme of modulation and error coding. By interesting both the satellite networks and Global Networks deliberation, the radio resources level increases. The future components of the Radio Resource management are.

• Call Admission Control
• Reservation of Resources
• Scheduler of rate and power
• Estimation of resources includes estimation of power and interference in the system
• Ranking according to quality of service

The Radio Resource Management apprehensions with the multiple number of users’ multiple issues network capacity rather than to give focus to individual channel capacity. The channel coding and source coding are dealt by traditional telecommunication research and development. The consumption and progress of multi-satellite broadcasting have improved intensely is the last era because of the slight plug raise that provides the high rate of data communication and its frequency can again use among the rays which increase the efficiency of the spectrum.

There are three kinds of multi-ray antennae.

• Array multi ray antenna
• Reflector multi ray antenna
• Lens multi ray antenna

In the industry and academies, the multi-beam Array more focused. The people of industry and academy has the priority of array Multi Beam Antenna. These all Multi Beam Antennas generate the different size and shapes beams according to the scenario with the help of an application known as digital beam forming technique.

1.2Aims and Objectives

The prime aim of the radio research management is to use the Limited Frequency of radio spectrum resources and radio, infrastructure network for making the more effectiveness in limited frequency. The main aim of the RMR is to enhance the Spectral Efficiency. Many strategies and calculations are done for limited utilization of frequency and increase effectiveness.

Radio Resource Management also helps to maintain the efficiency in a budget. The wireless network normally comprises cost of real estate, maintenance cost, planning cost, energy and distribution network and, in some situations, the license fees are also included. The efficiency of spectral frequency also maximizes with some kind of user fairness constraint or grade of network quality so that the quality of network cannot decline.

1.3 Types of Radio Resource Management

There are three types of Radio Resource management based on their operations that are discussed below (Malik, 2018).

1.3.1 Static Radio Resource Management

The static RMR includes physical and PC supported fixed cell planning or radio, network planning.

In the 1G and 2G both cellular systems and most of the traditional wireless systems, the Static RRM is used. Static RRM is used in the current local non cellular system and also in the local wireless network system.

1.3.2 Dynamic Radio Resource Management

Dynamic RMR regulates the, networks of radio limitations to the transportation weight, position of users, flexibility of users, necessities of quality services and base station density. The main function of the Dynamic RRM is to, reduce the expensive planning and implementation of manual cell. In this approach, the frequency is re use for improving the system of spectral; it means that the dynamic RRM increase the effectiveness of the spectral system.

1.3.3 Inter Cell Radio Resource Management

The Inter-Cell RRM co-ordinates allocation of resources among dissimilar positions of cell and by using the multi-user by MIMO methods. In most of the cellular systems arrangements, the total structure of shadowy productivity is not, restricted by the variety or sound, but by the interference.

1.4 Problem Statement

After analyzing the article of Radio Resource Management, a few problems are identified which should be addressed by applying different approaches and theories.

• The prime challenge identified is how the radio resource management achieve the high efficiency in terrestrial- satellite communication networks. This is the technical issue on which the researchers give more focus.

Three more challenges are highlighted in the article, which can affect the next generation.

• For the next generation, the first issue is of allocation of spectrum for increasing the capacity of system parts of the millimeter waves has remained measured for, the usage in future 5G system allowing to the international transportable communication.
• The, 2^nd issue for the next generation is because of the huge number of users in the future, the multiple contact issues can be raised for the wide coverage of satellites. Which are also important to address?
• For the next generation, it is important that wireless resources allocate in the effective manner in terrestrial- satellite communication networks for attainting the high effective resource management....
• Radio Resource Management in Future Case Study Analysis

This is just a sample partial case solution. Please place the order on the website to order your own originally done case solution.

Related Case Solutions & Analyses:

Honda: Innovation The Chinese Way Governance and Talent Management in a Professional Services Firm Governance and Talent Management in a Professional Services Firm Rudy Wong Investment Advisor The Bottom-line Benefits of Ethics Code Commitment Equity on Demand: The Netflix Approach to Compensation Creating Value for Stakeholders What is Strategic Management Firm Strategy Vignettes Finning International Inc.: Management Systems in 2009