Browse

The concept of Multi-access Edge Computing (MEC) is introduced with the intention to improve network performance and quality of experience for end users. MEC brings cloud capabilities at the network edge and thus it helps to reduce the latency, increases network efficiency and security, providing context and radio network information awareness for applications. The MEC deployment closer to the Radio Access Network (RAN) is the best way to receive radio network and location information, to manage the bandwidth, and...

This paper presents a study on deployment of policy based quality of service management at the mobile network edge. The requirements of fifth generation (5G) services for high bandwidth, low latency, reliability and availability can be fulfilled by Multi-access Edge Computing (MEC) former Mobile Edge Computing, which distributes cloud capabilities in the Radio Access Network. The paper studies the MEC potential for monitoring of accumulated usage of network resources based on data traffic volume on per session or ...

Multi-access Edge Computing (MEC) is a cloud technology that converges telecommunication and computing capabilities in radio access network. The research and standardization activities for enabling advanced mobile edge services are ongoing with diverse challenges yet to be met. A key area is the development of Application Programming Interfaces (API) that enable application to acquire mobile edge resources and simply and efficiently to manage them. Bandwidth Management Service (BWMS) is a mobile edge service that ...

Future 5G networks are expected to provide ubiquitous connectivity for extremely large number of devices with diverse characteristics in terms of storage, computing, network capacity and power supply. These networks will support an enormous myriad of services, application and business models with specific requirements for performance, reliability, and security. Network slicing can address the diverse requirements of diverse use cases by enabling network operators to create and deploy a number of virtualized networ...

The growing content delivery traffic becomes a challenge for efficient usage of network resources. Optimal utilization of scarce radio resources may be achieved by deployment of cloud capabilities in the radio access network i.e. by deployment of Multi-access Edge Computing (MEC). In this paper, we propose RESTful application programming interfaces (API) that enable third party MEC applications to send messages to end user devices in a specific geographical area. Using the API, an authorized mobile edge applicatio...

Multi-access Edge Computing (MEC) is a new information technology that brings Cloud capabilities into the Radio Access Network (RAN). The vicinity to end users allows applications with requirements for wide bandwidth and low latency. MEC services provide direct access to real-time radio network information which enables offering of context-related applications. The communication between MEC services and applications is based on Service Oriented Architecture (SOA). In this paper, an approach to definition of Applic...