In this paper, we develop an optimal strategy to update the contents in the background under a given energy constraint. The key challenge is to predict when the ...

However, such updates often result in the unwanted side-effect of draining the battery of mobile devices. It is considered as pure waste when updated contents ...

In this paper, we develop an optimal strategy to update the contents in the background under a given energy constraint. The key challenge is to predict when the ...

It is proved that iMUTE converges superlinearly to the optimal solution of the original C-MDP under a mild condition and outperforms the periodic policy as ...

iMUTE: Energy-optimal Update Policy for Perishable Mobile Contents Joohyun Lee, Fang Liu, Kyunghan Lee, Ness Shroff The 25th IEEE International Conference ...

iMUTE: Energy-optimal update policy for perishable mobile contents. J Lee, F Liu, K Lee, NB Shroff. 2017 IEEE 25th International Conference on Network ...

Shroff, “iMUTE: Energy-optimal Update Policy for Perishable Mobile Contents,” IEEE ICNP (Acceptance Rate: 18.66%=39/209), Toronto, Canada, 2017. [paper].

Towards achieving the maximum capacity in large mobile wireless ... iMUTE: Energy-optimal update policy for perishable mobile contents · pdf icon ...

iMUTE: Energy-optimal update policy for perishable mobile contents. Conference Paper. Oct 2017. Joohyun Lee · Fang Liu · Kyunghan ...

iMUTE: Energy-optimal update policy for perishable mobile contents. 2017 IEEE 25th International Conference on Network Protocols (ICNP) | 1 Oct 2017.