Aug 10, 2016 · In this paper, we initiate the finite-length analysis of random caching schemes when the number of packets F is a function of the system parameters M, N, and K.

In this work, we initiate the finite-length analysis of random caching schemes when the number of packets F is a function of the system parameters M, N, K.

In this work we study a noiseless broadcast link serving K users whose requests arise from a library of N files. Every user is equipped with a cache of size ...

We study a noiseless broadcast link serving K users whose requests arise from a library of N files. Every user is equipped with a cache of size M files each ...

Aug 21, 2015 · Although there is no local cache hit, the side information present at both users can be used to reduce the number of transmission by 1 by ...

This work shows that existing random placement and greedy clique cover delivery schemes, while providing large gains in the asymptotic regime, ...

We study a noiseless broadcast link serving K users whose requests arise from a library of N files. Every user is equipped with a cache of size M files each ...

This paper designs a new random placement and an efficient clique cover-based delivery scheme that achieves this lower bound approximately and provides ...

Bibliographic details on Finite Length Analysis of Caching-Aided Coded Multicasting.

We study a noiseless broadcast link serving K users whose requests arise from a library of N files. Every user is equipped with a cache of size M files each ...