It is expected that the fifth generation mobile networks (5G) will support both human-to-
human and machine-to-machine communications, connecting up to trillions of devices and …

In future mobile networks, eg, 5G, emerging IoT services are expected to support billions of
IoT devices with unique characteristics and traffic patterns. In this paper we propose an SDN …

This paper proposes two novel packet scheduling schemes, called as throughput enhanced
scheduling (TES) and TES plus (TES+), for future ultra‐dense networks. These schemes …

In this work we introduce some of the key ideas of vehicular cloud computing applied to 5G
cellular networks. We present some of the challenges and solutions that are being devised …

This paper proposes a novel packet scheduling scheme, called as throughput enhanced
scheduling (TES), for future ultra-dense networks. TES modifies the popular modified largest …

Automation in operation and management of mobile networks is crucial for efficient handling
of system complexity. Though Self-Organizing Networks (SON) successfully enhanced the …

This paper proposes a novel packet scheduling scheme, called as throughput enhanced
scheduling (TES), for future ultra-dense networks. TES introduces a novel parameter to the …

Recently, the need for user data rate traffic has increased for running high-bandwidth
applications. Therefore, the way forward lies in 5G heterogeneous cellular networks. The 5G …

This dissertation studies different aspects of D2D communications and its impact on the key
performance indicators of the network. We design an architecture for the collaboration of …

The next generation mobile network (ie, 5G network) is expected to host emerging use
cases that have a wide range of requirements; from Internet of Things (IoT) devices that …