"bioinspired algorithms for Internet of Things network"

Abstract

The Internet of Things (IoT) has come towards its peak time which includes smart cities, smart buildings, smart homes, smart kitchens, smart appliances, security, smart home, smart health, smart factories, smart machines, smart supply chain, smart transportation, smart manufacturing, autonomous vehicles, smart consumer devices, etc. The infrastructure and management will be based on the smart systems which has sensors and crowdsourcing as information sources. The future of IoT success depends on the optimization and new approaches for application of interfaces, allocation of behaviours, evolution of technology, and system security. IoT success will only be realized through major development of systems engineering processes and tools that will be able to overcome the challenges of IoT Network. This talk will discuss some state of the art bioinspired researches for communication technology in IoT Network as an example of systems engineering. We will discuss computational iterative optimization which introduced bio-inspired algorithms, which is inspired by living creature organisms. We will discuss some example learned from the intelligence of living organism in nature. Bioinspired algorithm taxonomy such evolution, swarm, ecology, network, immune to overcome challenges such as resource constraint, scalability, heterogeneity, mobility and security will be discussed. The optimization techniques used in Research in Network protocol from conventional, mathematical programming to bio-inspired metaheuristic approaches which lead to heuristic, robust, low complexity, parallel structure will be exposed in this presentation. We will also discuss bioinspired algorithm application for network deployment, clustering, routing and security.