Preface

Many universities and networking organizations are working on wireless mobile networks. Many universities are offering some research based advanced topics courses like broadband wireless networks, wireless mesh networks, network coding, etc. and especially for the researcher. This new work describes the introduction of wireless networks, such as WiMAX, LTE, and 5G technology, based on scheduling, resource allocation and channel utilization. It identifies the existing challenges and its implications which pave the way to find solutions. The work provides possible solutions for resource allocation in wireless networks.

The book discusses the challenges that are emerging while managing the resources in various wireless networking technologies. Initially, the evolution of wireless networking technologies is deliberated with lot of advantages in improving the data rate and data reliability. Then the various architecture design is structured based on the network paradigm along with the evolution of networks based on the telecommunication industry. Then various salient features are highlighted in managing the resource and the role of routing strategies being addressed for real-time applications. Based on the routing mechanism, the problem of interference is addressed based on the network while integrating the learning algorithm. Then the factor of QoS is addressed with 5G networks and addressed based on healthcare and how they are assisted with cloud data.

Other than healthcare, challenges in sustainable networks, financial sectors, are discussed. Thus, resources being utilized in the various advanced networks is managed and their challenges are addressed.

Chapter 1: Introduction to Next Generation Networks 5G and Beyond This first chapter discusses the general introduction on the next generation network on 4G and beyond 5G and reflects the development of the network under 3GPP standards. There are lot more benefits, which are associatedwith 5G networks as it enhances the speed on the communication linkgets deployed on the 5G networks. In 5G, various new technologies getassociated in reliable data communication with very high speed with lowlatency. Moving on to 5G, various societal based safety and sustainabilityget ensured and it get transformed into industrial standards also. Implicithow 5G role into the environment will influence individual and industries? Finally, how 5G help to reconstruct secure and viable environment for the current and future community.

Chapter 2: Architecture and Future Trends on Next Generation Networks This chapter discusses the structural design on the evolution of network paradigm and its subsequent development. The evolution of the network moves drastically based on certain metrics, such as power consumption and energy efficiency. The network development provides various worthwhile landscapes for both real time and non-real time. Regarding the phases on the network and its services, it converges on managing the IP, integrating the network, extending the services. Finally, based on the architecture there are various unique requirements and features that are involved in order to attain possible benefits.

Chapter 3: Evolution of Next Generation Networks and Its Contribution Towards Industry 5.0 takes up the phases and accomplishments involved during the evolution on networks towards 5G as it influence the telecommunication industry significantly. The significant development in the networking era drives towards the 5G and beyond based on the assimilation of Artificial Intelligence (AI), Internet of Things (IoT) and Block chain, etc. If it is beyond 5G, it offers managing the services on offer terrestrial, maritime networks, and airborne by taking up the larger devices with complex management capabilities. As there is a space to go beyond the 5G to take up the development on certain parameters such as, data rate, multiplexing, frequency range, type of switching, providing vast services as it earns both advantages and disadvantages. Finally, it paves the way for moving towards next generation of 7G as it takes up the well-defined communication on satellite with enhanced security.

Chapter 4: Understanding the Salient Features Related To Resource Management in Broadband Wireless Networks covers certain salient features geared towards managing the resource involved in network technologies based on the increase in the number of users and no compromise on the network traffic/data reliability based on services. Various characteristics related to radio channel is discussed as it results in providing the effectiveness in the traffic management and QoS. Th problem of resource scarcity is considered during the utilization process based on certain techniques related to Adaptive Modulation and Coding (AMC); Spatial Multiplexing and Multi Accessing technique. Then performance metrics on QoS is discussed in terms of IP mobility, Security and mobility Support to provide service and data flexibility.

Chapter 5: Network Routing and Its Real-Time Practice in Broadband Wireless Networks discusses the routing strategies in wireless broadband networks with perspective of practical real time applications. Narrate the wireless technologies community with lot more demand in terms of services to connect the peoples together via internet. First discussion on the types of broadband wireless networks such as, fixed network and dynamic nature on WiMAX technologies etc. Major issues related to security, which is inbuilt into the routing mechanism takes up various attacks involved as DoS, DDoS, Rogue and selfish backbone devices, etc. Finally, there is a huge space on security metrics towards providing the overall protection on the network based on authentication, access control, and encryption characteristics involved.

Chapter 6: Routing Mechanism in Broadband Wireless Network discusses the broadband services on to the remote village as it gets operated from the major cities with operator industries. The broadband wireless networks are designed to provide certain features like, high speed Internet and data service. In order to consider the above features to achieve robustness and scalability, routing mechanism plays a vital role with low-cost routing path. Routing plays a significant role as it discuss the classification on routing protocols as static, dynamic and default. Routing mechanism is discussed based on the network topology of centralized and distributed structure. By considering the problem of convergence communication and multi-Hop dynamic routing, various issues related to routing is addressed based on the existing survey.

Chapter 7: Interference Problem in 5G with Radio Access Network addresses the significant approaches of Radio Access Networks (RAN) as it makes certain system with the context of visual interface management, robust traffic control and network share management. By considering the performance of the system, managing the interference problem is the challenging task in the mobile networks. Based on the interference, multiple methods related to radio nodes are addressed to RAN. Thus, various salient features are addressed related to 5G Random Race Machine system includes seamless management, static traffics control, powerful bit-slicing communication control, and 5-generation loose operation and loss transfer education.

Chapter 8: Interference Techniques Based on Deep Learning in Wireless Networks: Standardized wireless networks on small scale is discussed as it states the faster delivery along with improved execution time in order to better the performance of the network. To take the network performance to the next level, frequency band has to get enhanced as it results in frequency congestion as it is the serious problem in wireless communication. The problem of interference occurs during the enhanced network configuration. Thus, interference discussion makes the learning-based algorithm to involve the real time applications with resource allocation, traffic flow prediction, and data identification.

Chapter 9: Implementing SDN Process-Based MRMC Wireless Networks: Various quality service factors based on bandwidth, packet loss, Quality of Service (QoS), etc., on Multi-Radio Multi-Channel (MRMC) network are addressed in order to process the QoS on all routers being used. Various QoS challenges are highlighted based on some key metrics such as, limitations in the bandwidth, redundancy removal, limiting the buffer size and trade off based on energy/delay. Based on routing concept, Software Defined Network takes the QoS enhancement on wireless sensor networks. Based on the QoS discussion, various performance evaluations are performed based on modeling the network, design load and configuring the network simulation.

Chapter 10: Advanced Wireless Mobile Network on Financial Literacy: There is a drastic development in the wireless network as it results in the financial development and literacy rate. Based on the financial characteristics, there will be more improvement in the financial orders among the peoples as they are moving towards the digital era. There are 3 objectives are addressed as it makes more attentive towards the financial attention, finding to save the habits of the people and give valuable suggestion to improve the peoples habitation. Then various literature surveys is carried out to investigate the financial and literacy factors in various countries. Thus, the literacy removal is related with the advancement in the wireless networks is discussed.

Chapter 11: Advanced 5G Technology in Healthcare Field: In the recent digitalized era, enormous amounts...