Copy caption. Embed figure.NetworkSlicing&SmartTransportation.In near future, the fifth-generation (5G)wirelessnetworksprovide the connectivity for this IoT ecosystem. It has been carefully designed to facilitate the exponential growth in the IoT field.
Therefore, this paper provides a comprehensive survey on B5Gnetworkslicinguse cases, synergies, practical implementations and applications based on their quality of service parametersforsmartcities applications.
Networkslicingin different IoT applications, and technical aspects and challenges related to IoT realisation vianetworkslicingwill be discussed in here. Figure 16 shows a summary of the discussed future research directions. A.SmartTransportation.
Smartgrid uses cases like unmanned aerial vehicles (UAV) based grid maintenance, milli-second level precise load control, and advanced metering infrastructure will be able to use differentslicesof thenetworkfor optimal operations.
Networkslicingguarantees that Service Level Agreements (SLAs) for latency, jitter, and uptime are met, providing reliability comparable to that of wired industrial Ethernet systems. A single 5G SAslicecan handle diverse tasks by dedicatingslicesto specific functions.
The 5G+smartgrid applications involve safe and reliable operation of power grid, so it is different from the publicnetworkapplications and it has strict requirements for security isolation and SLA guarantee.Wirelessnetworkmay useslice+ 5QI for priority scheduling.
WhyNetworkSlicingMatters to Clients. Clients don’t wake up thinking about radio accessnetworks. They wake up thinking about uptime, performance, cost, and user experience.Networkslicingdelivers all four. It gives businesses performance that aligns with their operational priorities.
Intelligenttransportationsystems for sustainablesmartcities – ScienceDirect.
