A transit organization is looking to implement better experiences for customers.
What is a way the organization can utilize edge computing to help the organization achieve this goal?
Passengers use an app on their phone to see up-to-date train schedules and ticket charges.
Real-time data about train occupancy is captured and messaged on the platform.
Passengers can purchase and process ticketing changes through kiosks on the train platform.
Transit authorities track passengers with mobile devices and upload data to a central bank.
What is a way the organization can utilize edge computing to help the organization achieve this goal?
Passengers use an app on their phone to see up-to-date train schedules and ticket charges.
Real-time data about train occupancy is captured and messaged on the platform.
Passengers can purchase and process ticketing changes through kiosks on the train platform.
Transit authorities track passengers with mobile devices and upload data to a central bank.
A way the organization can utilize edge computing to help the organization achieve this goal is:
Real-time data about train occupancy is captured and messaged on the platform.
Edge computing, allows bringing data sources closer to business applications, which favors the customer's experience, being faster, more efficient and consistent with their needs.
Traducción al español:
Una forma en que la organización puede utilizar la computación en el borde o computación frontera para ayudar a la organización a lograr este objetivo es:
Los datos en tiempo real sobre la ocupación del tren se capturan y se envían en mensajes en la plataforma.
El edge computing, permite acercar las fuentes de los datos a las aplicaciones de las empresas, lo cual favorece la experiencia del cliente, siendo más rápida, eficiente y coherente con sus necesidades.
Edge computing is a system that has many applications in transit organizations, especially to improve the customer experiences. However, it has some limitations due to the installed connection infrastructure that still has latency problems that make two of the proposals unfeasible. I explain some ideas that justify the answer.
What is Edge Computing?
Edge computing is a concept that contrasts with cloud computing, that is, while the first refers to the local resources of a computer system, the second has to do with interconnected systems at a global level or on the internet network.
In this sense, the systems that is not yet feasible to operate with cloud computing due to the speed of response in the transmission of data in a global network, have adapted well to edge computing since it does accept high latency rates.
In addition, there are many applications that can operate perfectly in edge computing but whose performance would be exponential if they could be incorporated into cloud computing with the improvement of 5G, 6G connection technology, the Internet of things, etc.
For all the arguments presented here, I can conclude that of the 4 applications listed, two can be implemented taking advantage of edge computing, and the other two are only feasible with high connection speeds that have not yet been implemented in many cities.
The applications in edge computing that can be implemented for better costumer experiences
Para saber más acerca de edge computing consulte: https://brainly.lat/tarea/49882916