RTN: Reparameterized Ternary Network

Locally Reparameterized Light Fields

In this sketch, we propose a novel IBR representation to handle non-diffuse effects compactly, which we call locally reparameterized Light Field (LRLF). The LRLF is based on the use of local and separate diffuse and non-diffuse geometries. The diffuse geometry is associated with true depth while the non-diffuse geometry has virtual depth that provides local photoconsistency with respect to its ...

RTN 4 ( reticulon 4 )

RTN TRH causes prolonged respiratory stimulation.

We injected thyrotropin-releasing hormone (TRH; 10 nl; 0.25, 0.5, 1.0, or 10 mM), its inactive free acid form (TRHOH; 1 mM), or a metabolite with low TRH-receptor binding affinity, histidine-proline diketopiperazine (cHP; 1 mM), into the retrotrapezoid nucleus of anesthetized rats. Injection location was verified by anatomic analysis. Lower doses (0.25-0.5 mM) significantly increased both the p...

PREPRINTS 12 th International Workshop on Real Time Networks RTN

The Networked Control Systems are a very important research area because of their multidisciplinary aspect ( Automatic Control, Computer Science, Communication Network). Here we only consider the aspect (Automatic Control, Communication Network) by focusing on Wireless LANs ( WLANs) based on a Collision -Free CSMA type MAC protocol ( the collision -free property is got by using priorities which...

Weakly prime ternary subsemimodules of ternary semimodules

In this paper we introduce the concept of weakly prime ternary subsemimodules of a ternary semimodule over a ternary semiring and obtain some characterizations of weakly prime ternary subsemimodules. We prove that if $N$ is a weakly prime subtractive ternary subsemimodule of a ternary $R$-semimodule $M$, then either $N$ is a prime ternary subsemimodule or $(N : M)(N : M)N = 0$. If $N$ is a $Q$-...