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Mobile Edge Computing (MEC) brings data processing and storage closer to the network’s edge, significantly reducing latency. By processing data near end-users, MEC enables real-time applications, such as augmented reality, autonomous driving, and industrial IoT, to function efficiently. This proximity reduces the need for data transmission to distant centralized cloud servers, cutting down on delays and bandwidth usage. MEC’s decentralized approach aligns with the increasing demand for low-latency, high-performance applications in mobile computing. Why Other Options Are Incorrect:
Printing using a laser beam on a photosensitive drum occurs in _______.
Which among the following is an input device?
In which type of communication can both parties transmit data simultaneously?
Dial-up modems have a data transfer speed of up to ______.
Which of the following technologies were used by third-generation computers?
Which one of the following is a small disk storage device that typically has about 1.4 MB of capacity?
What distinguishes the Tamil Nadu government’s upcoming Centre of Excellence with an AI lab?
A user communicates with a computer with the help of:
Which of these are examples of interpreted programming languages?
Which component in computer architecture is a high-speed storage location that can be accessed quickly by the CPU?