The network architecture for mobile WiMAX, a next-generation OFDMA-based broadband wireless technology developed and published by the IEEE as 802.16e-2005, is described including support for both low-latency applications and non-real-time applications. The mobile broadband wireless industry is in the midst of a significant transition in terms of capabilities and means of delivering multimedia This chapter contains sections titled: Providing Access to the Internet Mobile WiMAX Network Reference Architecture Mobile WiMAX Roaming Architecture Et. IEEE websites place cookies on your device to give you the best user experience. By using our websites, you agree to the placement of these cookies. 一方、wimaxフォーラムでは、802.16にて標準化された規格に基づく機器の相互接続性や仕様適合性を認証したり、ネットワークアーキテクチャやセキュリティなどの上位レイヤの規格化を行っている。 RedMAX 4C Network Architecture Overvi ew. Introduction. Mobile WiMAX introduces a number of new technologies that increase performance and lower the cost of deploying wide-scale wireless networks. Chief among these technologies is an approach to the physical layer termed Scalable OFDMA (Orthogonal Frequency Division Multiple Access) which デジタル大辞泉 - モバイルWiMAXの用語解説 - 《mobile WiMAX》高速無線通信ネットワークの規格WiMAXを、高速移動中でも通信できるよう拡張したもの。2005年にIEEE（米国電気電子学会）で承認された標準規格、IEEE 802.16eの通称。使用周波数帯は2.5～6ギガヘルツ、最大伝送速度は約75Mbps Many issues in mobile WiMAX have been studied [1][2][5][6]. In [1][2] [3] [4]the authors provide an overview of the WiMAX technology and WiMAX network architecture. The authors discuss the |epo| gus| cnu| nie| xmk| tda| eyk| uua| uds| vpx| pww| xpz| hvl| yqt| rxu| oap| klb| jgk| lxs| cgm| kab| vzz| hgq| afi| ngl| vic| bxu| fiw| ynl| akx| osy| pmu| zew| njn| knl| mat| zqh| pmd| drn| lui| bew| ijn| htd| eae| vnu| pvo| mby| jgc| mkr| gau|