Applying the spinor representation of the electromagnetic field, this paper present a quantum-mechanical descr iption of waveguides. As an example of application, a potential qubit generated by photon tunnelling is discussed.
We clarify the relationship among several existing achievable multiple descr iption rate-distortion regions by investigating the role of refinement layer in multiple descr iption coding. Specifically, we show that the refinement layer in the El Gamal
Video adaptation has been considered as a promising technique to tackle challenging problems in pervasive media applications. However, the style of video representation and descr iption in current framework is too simple to accommodate diversified us
In this paper, we are to solve the drift problem of multiple descr iption video coding on packet loss channels by using state-of-the-art distributed techniques. We first present an asymptotically optimal code design of MDWZ (Multiple Descr iptions in
