IEEE Communications Magazine · 2010 · 158 citations · 2 references
Wireless CommunicationsMobile Data OffloadingAdmission ControlEngineeringEdge ComputingQos RequirementsWireless LanQuality-of-serviceWireless Multimedia SystemQos FrameworkQuality Of ServiceMobile ComputingInternet Of ThingsWireless AccessQos FrameworksWireless Network ManagementLte Networks
A QoS framework is essential for 4G broadband wireless networks to manage resources and meet the diverse traffic characteristics of modern mobile Internet applications such as voice, gaming, streaming, and social networking. The study aims to develop a flexible, future‑proof QoS framework capable of supporting both current and emerging mobile Internet applications. The authors review QoS frameworks and features of OFDMA‑based 4G technologies—IEEE 802.16e, 802.16m, and LTE—highlighting advanced mechanisms such as aGP scheduling, quick access, delayed bandwidth requests, and priority‑controlled access, and compare their QoS capabilities.
A quality of service framework is a fundamental component of a 4G broadband wireless network for satisfactory service delivery of evolving Internet applications to end users, and managing the network resources. Today's popular mobile Internet applications, such as voice, gaming, streaming, and social networking services, have diverse traffic characteristics and, consequently, different QoS requirements. A rather flexible QoS framework is highly desirable to be future-proof to deliver the incumbent as well as emerging mobile Internet applications. This article highlights QoS frameworks and features of OFDMA-based 4G technologies - IEEE 802.16e, IEEE 802.16m, and LTE - to support various applications' QoS requirements. A few advanced QoS features such as new scheduling service (i.e., aGP), quick access, delayed bandwidth request, and priority controlled access in IEEE 802.16m are explained in detail. A brief comparison of the QoS framework of the aforementioned technologies is also provided.
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QoS control in the 3GPP evolved packet system
H. Ekstrom · IEEE Communications Magazine · 2009 · 234 citations