From the course: Open RAN (ORAN) Architecture, Evolution, and Deployment
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Multiaccess edge computing (MEC) deployment
From the course: Open RAN (ORAN) Architecture, Evolution, and Deployment
Multiaccess edge computing (MEC) deployment
(bright music) - [Instructor] What if critical applications like autonomous factories, smart cities, or virtual reality could process data instantly without waiting for a distant cloud? That's where Mobile Edge Computing, MEC, comes in. It brings compute power closer to the user for lightning-fast responses. In MEC, there are different layers that are present, starting with the user or client layer. Here, it belongs to smartphones, IoT sensors, or connected vehicles, which are generating data. We then have the MEC host, which is a edge layer, which is a kind of a brain at the edge with compute, storage and networking virtualized for ultra-low latency application. Then we have the backend where we have a cloud ecosystem, which handles the heavy-duty processing in centralized data centers when needed. Now, how exactly MEC works. When a new service is requested, it flows through the open brand architecture and reaches the MEC host. Inside the MEC host, we have the underlying compute…
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O-cloud overview4m 11s
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O-cloud platform in open RAN4m 5s
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NFV and orchestration overview3m 20s
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NFV and orchestration deployment3m 28s
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Software-defined network (SDN) overview2m 46s
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Software-defined network (SDN) deployment5m 7s
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Multiaccess edge computing (MEC) overview4m 53s
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Multiaccess edge computing (MEC) deployment4m 13s
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Open RAN deployment3m 40s
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Open RAN deployment scenarios3m 35s
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