Embarking on a PhD project is a remarkable undertaking. This journey was made possible because of the help and guidance of various people. Many individuals have provided advice, encouragement, and sup...
We present a new method for automatically filling in gaps of textural sounds. Our approach is to transform the signal to the time-frequency space, fill in the gap, and apply the inverse transform to r...
We study the savings afforded by repeated use in two zero-error communication problems. Channel coding: We show that some channels can communicate exponentially more bits in two uses than they can in ...
e study the savings afforded by repeated use in two zero-error communication problems. e show that for some random sources, communicating one instance requires arbitrarily-many bits, but communicating...
We study the savings afforded by repeated use in two zero-error communication problems. We show that for some random sources, communicating one instance requires arbitrarily-many bits, but communicati...
We study the savings afforded by repeated use in two zero-error communication problems. Channel coding: We show that some channels can communicate exponentially more bits in two uses than they can in ...
A sender wants to accurately convey information to a receiver who has some, possibly related, data. We study the expected number of bits the sender must transmit for one and for multiple instances in ...
We study the savings afforded by repeated use in two zero-error communication problems. We show that for some random sources, communicating one instance requires arbitrarily-many bits, but communicati...