Sensor-cloud originates from extensive recent applications of wireless sensor networks and
cloud computing. To draw a roadmap of the current research activities of the sensor-cloud …

Edge computing environment provides processing capability and computing at the network
edge and close to users. Edge equipment includes small data centers that locally perform …

Abstract Vehicular Content Networks (VCNs) represent key empowering solution for content
distribution in fully distributed manner for vehicular infotainment applications. In VCN, both …

In mobile edge networks with mobile vehicles, road-side units (RSUs) can be used as edge
nodes to cache some popular contents for moving vehicles in advance, and therefore …

Edge computing brings cloud services closer to the edge of the network, where data
originates, and dramatically reduces the network latency of the cloud. It is a bridge linking …

In vehicular ad hoc networks (VANETs), content pre-caching is a significant technology that
improves network performance and lowers network response delay. VANET faces network …

Vehicular edge networks (VENs) connect vehicles to share data and infotainment content
collaboratively to improve network performance. Due to technological advancements, data …

The dramatic growth of smart in‐vehicle applications in the Internet of Vehicles and the
increasing quality of experience for vehicle users have put a huge traffic load on the mobile …

Edge computing offers cloud services closer to data sources and end-users, making the
foundation for novel applications. The infrastructure deployment is taking off, bringing new …

Absact Proactive content caching is a promising edge computing approach to manage
network data growth. When contents are placed on caches closer to users, it causes to …