Indoor UnicastingMulticasting service based on 5G Internet of Radio Light network paradigm Next generation mobile networks designed to offer new features for User Equipment (UE) and to host more services to improve UEsxe2x80x99 Quality of Experience (QoE). In this regard, this paper presents the concept, implementation and the components of two of the next generation services socalled: Follow Me Service (FMS) and Multicast Sharing Service (MSS). MSS is a service offered by 5gNB smallcell to UE in indoor environments (e.g. Museum), it enables its clients to use their smart phones in a serverclient mode. Server (or host) selects media content from content servers, then casts it to a group of registered clients based on predefined criteria (subscriptionbased or relative proximitybased). MSS does not rely on UExe2x80x99s smartphone capabilities, rather on network capabilities. MSS can be provisioned by utilising UEsxe2x80x99 geolocation information, robust switching mechanism between multiple 5G Radio Access Technology (RAT) and relying on the intelligence of the SDNNFV Intelligent Home IP Gateway of the Internet of Radio Light (IoRL) project paradigm. Since the infrastructure of the IoRL is not completely ready for deployment, we used Mininet platform to provide performance monitoring with measurements for the service. Simulation results show the effectiveness of our proposal under various use case scenarios by means of eliminating the packet loss rate and improving QoE of the museum users.

MAS5G: Move Around Smartly in 5G 5th Generation (5G) mobile networks is anticipated to serve large number of devices with multiple services in the single network. Due to heterogeneous service demand in a single network, 5G is presumed to be service based amalgamated with network slicing. The network will create a dedicated slice with dedicated resources and network elements based on the requested service. With so many devices and services under one umbrella of 5G, mobility becomes one of the crucial aspect, which can further have lot of impact on 5G NR (New Radio) requirements such as, radio resource optimization, seamless connectivity, minimal handovers and Quality of Experience (QoE). MAS5G (Move Smartly in 5G) explores the avenues of mobility management, wherein we consider three main services of 5G i.e. (1) enhanced Mobile Broadband (eMBB), (2) Ultra Reliable Low Latency Communications (URLLC) and (3) massive Machine Type Communications (mMTC). Unlike considering single mobility policy for all type of services (in the current networks), we propose MAS5G Central Mobility Manager (CMM), which will create dedicated schema for each service based on the network slice. With the help of User Equipment (UE) capability if network slice subscribed by subscriber is having skewed features and mobility requirement, MAS5G CMM creates schema as per the requirements of a particular network slice. It can help Access and Mobility Management Function (AMF) to provide dedicated attributes of Access and Mobility applied to devices based on predefined schemas. Through our simulation experiment, based on real time mMTC and eMBB traffic traces, we show that MAS5G is able to curtail the number of handovers, thus, saving the energy at UE significantly, which further helps to boost the QoE.