Process offloading architecture over the 5G networks

 In the near future, cloud resources will be increasingly used over 5G networks both for data steaming and processing in real time. It calls for very low latency in the round trip. Support for the latency of less than 1 ms for the mobile user is an important aspect of 5G technology. Towards this, it is a challenge to support the upcoming AR/VR applications and provide a seamless experience for a user travelling past the 5G network in a bullet train with a speed of 500 kmph. By the time a channel gets established and streaming starts with a ground station or a fog network, it would vanish from the horizon. It requires continuous tracking of the user, prediction of the next moves and monitoring of e traffic pattern over the network to provide seamless experience. To make it happen, offloading of data or the process should happen dynamically along the path of the user over the right choice of fog or edge terminal. In addition, the process migration with partial or completed results should follow the user with the same speed. This tutorial proposal details the problem along with the solution alternatives to support the high speed mobile users.