Facing multidemand tasks and massive heterogeneous resources in an IoT edge computing
environment, it is a challenge to obtain reliable and quick response service and allocate …

Today, Internet of Things (IoT) devices mostly operate in enclosed, proprietary
environments. To unfold the full potential of IoT applications, a unifying and permissionless …

A social internet of things (IoT) system can be viewed as a mix of traditional peer-to-peer
networks and social networks, where “things” autonomously establish social relationships …

By deploying edge servers around devices, edge computing brings computing resources far
away from the cloud center close to the Internet of Things (IoT), which reduces latency and …

The integration of the blockchain and Internet of Things (IoT) systems can effectively
guarantee data security in IoT applications. To facilitate the use of blockchain on resource …

Abstract Internet of Things (IoT) represents a fundamental infrastructure and set of
techniques that support innovative services in various application domains. Trust …

Abstract Social-Internet of Things (S-IoT) fortifies the relationship between computing entities
for efficient utilization of resources. S-IoT accentuates on building convivial circles between …

Application of trust principals in internet of things (IoT) has allowed to provide more
trustworthy services among the corresponding stakeholders. The most common method of …

Internet of Things (IoT) is proposed and used in diverse application domains. In IoT, nodes
commonly have a low capacity to maintain security on their own expenses, which increases …

Heterogeneous and dynamic IoT environments require a lightweight, scalable, and
trustworthy access control system for protection from unauthorized access and for automated …