Experiments with Small Size Shaped Charges

Experiments with Small-size Corpora in CBMT

There is no doubt that in the last couple of years corpus-based machine translation (CBMT) approaches have been in focus. Each of the approaches has its advantages and disadvantages. Therefore, hybrid approaches have been developed. This paper presents a comparative study of CBMT approaches, using three types of systems: a statistical MT (SMT) system, an example-based MT (EBMT) system and a hyb...

A Brief History of Shaped Charges

First TASCA Commissioning Experiments in the Small Image Size Mode

Ion-optical calculations with the code TRANSPORT (TRANS) (test reaction 235 MeV Ca + UF4 (0.5 mg/cm) ==> 112) were used as a first step to optimize and to built TASCA [1,2]. As a next step the TASCA Monte-Carlo SIMulation program (TSIM) was developed and was applied [3] showing good agreement with previous results. Results for TASCA in the Small Image Size Mode (SIM) are compared in Table 1. Sm...

Distribution of Point Charges with Small Discrete Energy

We study the asymptotic equidistribution of points near arbitrary compact sets of positive capacity in Rd, d ≥ 2. Our main tools are the energy estimates for Riesz potentials. We also consider the quantitative aspects of this equidistribution in the classical Newtonian case. In particular, we quantify the weak convergence of discrete measures to the equilibrium measure and give the estimates of...

Shrinkage estimation of dispersion in Negative Binomial models for RNA-seq experiments with small sample size

MOTIVATION RNA-seq experiments produce digital counts of reads that are affected by both biological and technical variation. To distinguish the systematic changes in expression between conditions from noise, the counts are frequently modeled by the Negative Binomial distribution. However, in experiments with small sample size, the per-gene estimates of the dispersion parameter are unreliable. ...