Wireless Local Area Networks

QoS mechanism in IEEE 802.11 wireless local area networks

IEEE802.11无线局域网的QoS机制

The demand for end-to-end Quality of Service ( QoS) in Wireless Local Area Networks ( WLANs) is becoming ever more important due to the trend towards converged communication networks.

由于通信网络的发展，无线局域网的端到端服务质量越来越重要。

Meeting the nature of the human beings' chase of unconstraint, Wireless local area networks, after its appearance, has been experiencing a booming development.

无线局域网的发展顺应人类追求无拘无束的天性，因而出现后得到了迅速的发展。

In the past decade, Wireless Local Area Networks ( WLANs) have gained popularity at an unprecedented rate, at home, at work and in public hot spot locations.

在过去的十年里，无线局域网（WLANs）在家庭、工作以及公共热点地区以一种历史上从来没有过的速度得到广泛的应用。

Wireless Local Area Networks ( WLAN) is applied to various fields widely for its flexible removability and high data rate.

无线局域网（WLAN）因其灵活的移动能力和较高的数据速率被人们广泛地应用于各个领域。

The Research of Mobile VOIP Handoff and APs Load Balance in Wireless Local Area Networks

无线局域网中移动VOIP切换及AP负载平衡研究

Wireless Local Area Networks ( WLANs) are now becoming a popular access technology for last mile and IEEE 802.11 is the most important international standard for WLAN.

近年来，无线局域网技术逐渐成为了一种流行的网络最后一公里接入技术，其中IEEE802.11是当前最主流的无线局域网协议。

Propose a heuristic method to tackle the issues of fault tolerance access point ( AP) placement with QoS constraint in wireless local area networks.

提出了一种启发式算法来解决在无线局域网络中，考虑失效容忍和QoS约束的访问点放置问题。

In wireless sensor networks, the users often submit spatial window queries to obtain the summary information of a local area in the network such as maximum temperature, average humidity, et al.

在无线传感器网络环境中，用户经常提交空间范围查询以获取网络某局部区域的统计信息，如最大温度、平均湿度等。

This paper proposed an efficient handoff algorithm for heterogeneous networks, which are constructed by wireless local area network ( WLAN) and universal mobile telecommunications system ( UMTS).

针对移动台在异构网络之间切换性能不理想的问题，提出基于通用移动通信系统（UMTS）和无线局域网（WLAN）构建的具有接入控制单元（ACU）的异构网络模型。