La esfera es una superficie de revolución formada por los puntos equidistantes de un centro. Se genera girando una semicircunferencia alrededor de su diámetro. Está compuesta de paralelos, ecuador y meridianos, que son circunferencias obtenidas al cortar la esfera con diferentes planos. La esfera no tiene vértices, aristas, base ni altura definida, es redonda y contiene un volumen.
An Accurate, Agile and Stable Traffic Rate Estimation Technique for TCP TrafficIDES Editor
Traffic rate estimation is an integral part of many
high speed network services and components. Algorithms such
as traffic conditioning, scheduling and admission control are
dependent on accurate rate estimation. Several rate
estimation techniques have been proposed however, the
inherent bursty nature of Internet traffic, especially TCP
traffic, does not allow for easy rate estimation. Short term
changes may obscure output results or a change in traffic rate
may not always be detected. Thus estimators may not always
possess ideal characteristics of agility, stability and accuracy.
As agility and stability are inter-dependent a single rate
estimator cannot always be configured to be both agile and
stable. In this paper a rate estimation technique is proposed
that uses two rate estimation techniques to configure an agile
estimator in measuring the actual changes of traffic in a timely
manner as well as a stable one in ignoring short term variations
of traffic. The performance of the proposed algorithm is
analysed in comparison to that of an existing flip-flop filter
using simulation analysis. Improved performance of the
proposed estimator over that of the flip-flop filter is
demonstrated using quantitative measures of agility, stability
and accuracy. Existing TSW and EWMA algorithms are also
investigated.
An Accurate, Agile and Stable Traffic Rate Estimation Technique for TCP TrafficIDES Editor
Traffic rate estimation is an integral part of many
high speed network services and components. Algorithms such
as traffic conditioning, scheduling and admission control are
dependent on accurate rate estimation. Several rate
estimation techniques have been proposed however, the
inherent bursty nature of Internet traffic, especially TCP
traffic, does not allow for easy rate estimation. Short term
changes may obscure output results or a change in traffic rate
may not always be detected. Thus estimators may not always
possess ideal characteristics of agility, stability and accuracy.
As agility and stability are inter-dependent a single rate
estimator cannot always be configured to be both agile and
stable. In this paper a rate estimation technique is proposed
that uses two rate estimation techniques to configure an agile
estimator in measuring the actual changes of traffic in a timely
manner as well as a stable one in ignoring short term variations
of traffic. The performance of the proposed algorithm is
analysed in comparison to that of an existing flip-flop filter
using simulation analysis. Improved performance of the
proposed estimator over that of the flip-flop filter is
demonstrated using quantitative measures of agility, stability
and accuracy. Existing TSW and EWMA algorithms are also
investigated.
Instrucciones del procedimiento para la oferta y la gestión conjunta del proceso de admisión a los centros públicos de primer ciclo de educación infantil de Pamplona para el curso 2024-2025.
Proceso de admisiones en escuelas infantiles de Pamplona
La esfera
1. CENTRO REGIONAL DE EDU. NORMAL
“DR. GONZALO AGUIRRE BELTRAN”
GRADO - GRUPO
2° A
“LA ESFERA”
CURSO
FORMA, ESPACIO Y MEDIDA
MAESTRA
DRA. HERCY BAÉZ CRUZ
NOMBRE DEL ALUMNO
VIRGINIA GUADALUPE ESTAMBULI GUTIERREZ
2. En geometría, una superficie esférica es
una superficie de revolución formada por el
conjunto de los puntos del espacio cuyos
puntos equidistan de otro interior
llamado centro. Los puntos cuya distancia es
menor que la longitud del radio forman
el interior de la superficie esférica. La unión
del interior y la superficie esférica se
llama bola cerrada.
3. La esfera, como superficie de
revolución, se genera haciendo girar
una superficie semicircular alrededor
de su diámetro
4. Paralelos: Circunferencias obtenidas al cortar la
superficie esférica con planos perpendiculares al
eje de revolución.
Ecuador: Circunferencia obtenida al cortar la
superficie esférica con el plano perpendicular al
eje de revolución que contiene al centro de la
esfera.
Meridiano: Circunferencias obtenidas al cortar la
superficie esférica con planos que contienen el
eje de revolución.
5. LA ESFERA…..
1.-NO tiene vértices
2.-NO tiene aristas
3.-No tiene base
4.-No tiene una altura bien definida
5.-Un punto infinito
6.-Es redonda
7.-Tiene volumen....
