An IoT Virtualization Framework for Fast and Lossless Communication
An internet of things (IoT) scenario is characterized by heterogeneity found in the types of participating nodes, networks and type of data exchange. This creates a complicated scenario in relation to decision making, management and reliability. The proposed paper focuses on the design and evaluation of a management framework for an IoT scenario. This paper proposes IoT applications and a global framework to improve the applications performance under various practical. The proposed global framework is designed with network of communication systems, in which the communication has to be fast enough and lossless. The virtualization of the network allows for low computational complexity and improved processing efficiency. The various contributions have been made in the applications that were found by IoT. The proposed global framework controls data transmission delay, reduces the data loss and also improves the network performance.
virtualization communication internet of things (iot) elliptic curve cryptography congestion feed forward back propagation neural network (ffbnn)