3 research outputs found
A Taxonomy of container security on computational clouds: concerns and solutions
VirtualizationincloudcomputinghasbeenusedincombinationwithenvironmentsPlatformas a Service (PaaS) and Infrastructure as a Service (IaaS) in order to provide performance, isolation, and scalability. However, containers and virtual machines (VMs) are susceptible to the vulnerabilities present in the core of operating system as well as container solutions, which are a risk for information and service operation of all entities sharing a same host. The safety recommendation guides aims to mitigate the security in this scenario, but the selection of containerization solutions taking into account security requirements is a complex task. Thus, we propose a security taxonomy focused on containers to cloud computing in order to assist the classification and evaluation containers security mechanisms and solutions
An谩lisis correlacional de resistividad y capacitancia con contenido de humedad en arcilla, arena y material base de pavimento, Cusco 2021
La investigaci贸n consiste en utilizar sensores resistivos y capacitivos para medir
la relaci贸n de contenido de humedad presente en los distintos tipos de suelos.
El objetivo de la investigaci贸n es analizar las correlaciones de los m茅todos
resistivo y capacitivo con la humedad en distintos tipos de suelos. Las variables
son: M茅todo de medici贸n y Precisi贸n del m茅todo.
El alcance y enfoque es de nivel correlaci贸n cuantitativo. Por el uso de una
programaci贸n arduino es de tipo aplicada. La poblaci贸n para la investigaci贸n es:
arcilla o limita industrial, arena de r铆o de Huambutio; y material base para
pavimento de la zona de Sencca.
En las conclusiones se afirma: tanto el sensor resistivo y sensor capacitivo tienen
una baja correlaci贸n con la humedad en arcillas; adem谩s, ambas estrategias de
medici贸n, tienen una correlaci贸n para medir la humedad de una arena; y se
determina que la mejor y m谩s alta correlaci贸n de los m茅todos estudiados es
cuando se trata de un material de base. Por ello, se afirma con base estad铆stica
que ambos sensores se prestan mejor para la medici贸n del contenido de
humedad en materiales de base, presuponi茅ndose que este ajuste de
correlaci贸n est谩 relacionado a la granulometr铆a compacta del material estudiado
Hybrid High Performance Computing (HPC) + Cloud for Scientific Computing
The HPC+Cloud framework has been built to enable on-premise HPC jobs to use resources from cloud computing nodes. As part of designing the software framework, public cloud providers, namely Amazon AWS, Microsoft Azure and NeCTAR were benchmarked against one another, and Microsoft Azure was determined to be the most suitable cloud component in the proposed HPC+Cloud software framework. Finally, an HPC+Cloud cluster was built using the HPC+Cloud software framework and then was validated by conducting HPC processing benchmarks