Fast IPv4/IPv6 address acquisition in wireless LANs

Timuçin Özugur, B. Sarikaya
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Abstract

We design a methodology for fast IPv4 and IPv6 address acquisition by mobile layer-2 entities in a wireless LAN. The main idea is to do the IP address assignment whenever it is necessary, not after the mobile establishes a layer-2 connection with a new access point. In order to achieve this, we propose to encapsulate the current IP address of the mobile to the association or re-association message in 802.11 WLANs. We present procedures of address acquisition for IPv4, IPv6 and Mobile IPv4, Mobile IPv6. Due to the hidden station problem, the mobile cannot successfully achieve the duplicate address detection (DAD) procedure in IPv6. Our proposal does not require the DAD, so the impact of the hidden station problem in IPv6 address assignment is eliminated. The proposed address assignment procedure, which is executed with layer-2 association, is faster than the existing DHCP-based stateful IP assignment.
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无线局域网中的快速IPv4/IPv6地址获取
我们设计了一种无线局域网中移动第二层实体快速获取IPv4和IPv6地址的方法。其主要思想是在必要时进行IP地址分配,而不是在移动设备与新接入点建立第二层连接之后。为了实现这一点,我们建议在802.11 wlan中将移动设备的当前IP地址封装到关联或重关联消息中。我们给出了IPv4、IPv6和移动IPv4、移动IPv6的地址获取程序。由于隐藏站问题,移动设备无法成功实现IPv6中的重复地址检测(DAD)过程。我们的方案不需要DAD,因此消除了IPv6地址分配中隐藏站问题的影响。与现有的基于dhcp的有状态IP分配方式相比,该方法采用二层关联方式进行地址分配,速度更快。
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