NajibOdhah
Scientist,System Design, Germany
Title: Real-Time Wireless Communications for Industrial Automation
Biography
Biography: NajibOdhah
Abstract
The advent of new wireless applications, especially industrial applications, have required new wireless network architecture design with new network management techniques. Industrial automation is one of the significant wireless applications that requires ultra-reliable and ultra-low latency wireless connectivity with high network availability. The upcoming Five Generation (5G) mobile wireless communication system is expected to satisfy the Ultra-Reliable and Low Latency Communications (URLLCs), in addition to the other two uses cases of enhanced Mobile Broadband (e-MBB) and massive Machine Type Communications (mMTC). Also, Tactile internet applications, in which real-time communications must be enabled to support haptic communications (i.e. touch and real-time control transmission) over the wireless communication network. Tactile internet will be the real future and will need End-to-End (E2E) network connectivity optimization to guarantee millisecond Round-Trip Delay (RTD) and millisecond network outage per day