Advanced Radio Resource Management for IMT-Advanced in WINNER+ (II)
Advanced Radio Resource Management for IMT-Advanced in WINNER+ (II)
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发表时间：
2010-06
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通讯作者：
J. Monserrat;Paweł Sroka;G. Auer;J. Cabrejas;David Martín-Sacristán;A. Mihovska;Roberto Rossi;A. Saul;R. Schoenen
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作者：
J. Monserrat;Paweł Sroka;G. Auer;J. Cabrejas;David Martín-Sacristán;A. Mihovska;Roberto Rossi;A. Saul;R. Schoenen
2009年10月提交了两个主要标准草案，作为IMT-Advanced的候选技术，即IEEE 802.16m和3GPP LTE-Advanced。然而，关于它们的功能的几个细节仍然是公开的，研究界正在竞相对革命性的下一代第四代移动通信-4G-的完整定义。在这个框架下，欧洲凯尔特项目获胜者+正在将来自欧洲各地的工业界、学术界和政府的专家联系在一起，设计这些4G技术。本文介绍了由Winner+创新小组确定的高级无线电资源管理创新概念的第二部分，这些概念可能会被纳入IMT-Advanced。这些概念包括有希望的创新技术，这些技术已经准备好被包括在当前基于OFDMA的蜂窝系统中，以提高系统性能。提供了每种技术的简要描述以及相关的技术状态。
Two main draft standards were submitted in October 2009 as candidate technologies for IMT-Advanced, namely IEEE 802.16m and 3GPP LTE-Advanced. However, several details on their functionalities are still open and the research community is racing towards the complete definition of the revolutionary next fourth generation mobile, 4G. In this framework the European Celtic project WINNER+ is bridging together experts from industry, academia and government all around Europe to devise these 4G technologies. This paper presents the second part of innovative concepts for advanced Radio Resource Management that has been identified by the Innovation Group of WINNER+ for potential inclusion in IMT-Advanced. These concepts consist of promising innovative techniques that are ready to be included in current OFDMA-based cellular systems to enhance system performance. A brief description of each technique together with the relevant state of the art is provided.