Saiz Macías Eduardo

Saiz Macías, Eduardo

Datos personales

Saiz Macías, Eduardo

Dirección: Alda. de Urquijo s/n. C.P.: 48013. Bilbao
Email1: eduardo.saiz@aintel.bi.ehu.es
Email2: esaizmacias@gmail.com
Teléfono: +34 94 601 7352

 

Títulos académicos

Titulación universitaria

Título: Ingeniería de Telecomunicación
Intensificación: Telemática
Centro: Universidad del País Vasco
Fecha de obtención: 2009

MASTER

Título del Master: Tecnologías de la Información y Comunicaciones en Redes Móviles
Centro: Master interuniversitario - Universidad del País Vasco
Fecha de obtención: (En proceso)

Publicaciones

A new global quality of service model: QoXphere

Autoría:
Eva Ibarrola (1), Eduardo Saiz (1), Luis Zabala (1), Leire Cristobo. (1), Jin Xiao (2). (1) University of the Basque Country - UPV/EHU, Spain. (2) Pohang University of Science and Technology
Año:
2014
Revista:
IEEE Communications Magazine.
Volumen:
52, Issue 1
Página de inicio - Página de fin:
193 - 199
Descripción:

<span lang="en">The telecommunications sector has experienced significant changes over the past few years. The advent and rise of new applications and services, together with a competitive market, has led to a complex scenario in which quality of service plays a major role. Under this condition, novel QoS regulation and standardization initiatives are required. During the last few years new terms and concepts, such as quality of experience or QoS perceived, have been included in the updated and new QoS-related standards as to better integrate the user's point of view, as opposed to only network performance parameters. The influence of the user's satisfaction on the quality of business has also been given increased attention in the regulation and standardization bodies recently. The result is a loose collection of metrics and models that are not standardized and do not integrate all aspects of quality. Such integration is necessary to assure the successful development of this sector. This paper presents a new and integrated QoS model (QoXphere) that is spherical, adaptive, and multi-layered.</span>

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