Assuming that no channel feedback is available at the transmitter, we study the rates at which the mean squared error of the estimation can be made to converge ...

In this case, an anytime transmission scheme consists of an encoder—which maps the real vector into a sequence of channel inputs—and a decoder—which ...

Oct 14, 2009 · munication constraints, in which a real-valued random vector needs to be reliably transmitted through a digital noisy channel. Estimations ...

Abstract. The problem of reliably transmitting a real-valued random vector through a dig- ital noisy channel is relevant for the design of distributed ...

In this case, an anytime transmission scheme consists of an encoder-which maps the real vector into a sequence of channel inputs-and a decoder-which ...

munication constraints, in which a real-valued random vector needs to be reliably transmitted through a digital noisy channel. Estimations are sequentially ...

The problem of reliably transmitting a real-valued random vector through a digital noisy channel is relevant for the design of distributed estimation and ...

Assuming that no channel feedback is available at the transmitter, we study the rates at which the mean squared error of the estimation can be made to converge ...

Como, G., Fagnani, F., & Zampieri, S. (2008). Anytime reliable transmission of real-valued information through digital noisy channels. 1473-1480. Paper ...

The problem of anytime reliable transmission of a real-valued random vector through a digital noisy channel has been addressed. Upper and lower bounds on ...