This paper presents two novel hardware random number generators (RNGs) based on latch metastability. We designed the first, the DC-nulling RNG, for extremely low power operation. The second, the FIR-based RNG, uses a predictive whitening filter to remove non-random components from the generated bit sequence. In both designs, the use of floatinggate memory cells allows us to predict and compensa...

The paper considers the problem of selecting a turbulence model to simulate natural convection near surface VVER-1000 fuel assembly unloaded from reactor by computational fluid dynamics (CFD simulation) methods. is selected comparing calculated data obtained using Ansys Fluent software package with results experimental studies on heated vertical plate immersed in water, which simulates side fac...

A three-dimensional numerical simulation of airflow, temperature, and pollutant concentration distributions with underfloor air distribution (UFAD) system displacement ventilation (DV) systems are presented for different operating conditions. Since the particles deposited on floors can be re-introduced into through re- suspension then constitute a threat to human’s health, an optimal is require...

The aim of this study was to explore the relationship between neutrophil-related factors, including neutrophil-lymphocyte ratio (NLR) and the responses of neutrophil to granulocyte colony-stimulating factors (RNG), and the prognosis of patients with locally advanced cervical squamous cell carcinoma (LACSCC) undergoing cisplatin-based concurrent chemoradiotherapy (CCCRT). A total of sixty LACSCC...

The ns-2 is a widely used network simulation tool which implements a fairly old and weak random number generator (RNG). As the RNG component is used by a variety of other components, it can be seen as one of the most important core components of the ns-2. In this paper we explore weaknesses of this RNG and demonstrate its shortcomings in context with a simple simulation example (M/D/1) which pr...

A heated room is numerically analyzed to study thermal comfort. Cold air flowing in from the inlet gets by a heat source (placed just below inlet), before being distributed throughout room. The presence of and high Rayleigh number causes flow be buoyant turbulent. Two RANS based turbulence models, RNG k-ε k-ω SST models are used model Discrete Ordinate (DO) radiation transfer between different ...

Turbulence phenomena created around a greenhouse due to different wind loads are key factors in its structural design and significantly affect the ventilation rates through side roof openings. Using turbulence models of ANSYS FLUENT software investigate airflow an arched-roof-greenhouse-shaped obstacle placed inside tunnel was aim this study. Velocity pressure areas were examined by selecting t...