IEEE 802.16 standard (also known as WiMAX) defines the wireless broadband network
technology which aims to solve the so called last mile problem via providing high bandwidth …

An efficient scheduling scheme is a crucial part of Wireless Mesh Networks (WMNs)—an
emerging communication infrastructure solution for autonomy, scalability, higher throughput …

Interaction with 3D objects and scenes is becoming increasingly important on mobile
devices. We explore 3D object rotation as a fundamental interaction task. We propose an …

Wireless mesh networks are a viable solution to provide broadband wireless access (BWA)
in a cost efficient and flexible manner. The IEEE 802.16 standard is currently one of the most …

The IEEE 802.16 mesh network is a promising next-generation wireless backbone network.
In such a network, setting the holdoff time for nodes is essential to achieving good …

Recently IEEE 802.16 WiMAX has attracted a lot of attention in wireless networking research
and applications. To enable a flexible and cost-effective deployment, mesh networking …

Wireless mesh networks (WMNs) are one of the key features of beyond 3G system because
of their flexible and low-cost deployment. IEEE 802.16 mesh mode has recently emerged as …

IEEE 802.16 is a recent standard for Broadband Wireless Access networks, which includes a
mesh mode operation for distributed channel access of peering nodes. In accordance with …

The IEEE 802.16 standard is a promising next-generation broadband technology. It contains
two operational modes-PMP and mesh. The PMP mode defines one-hop communication …

In an IEEE 802.16 (d)(WiMAX) mesh network, network bandwidth can be managed by either
the centralized scheduling (CS) mode or the distributed scheduling (DS) mode. Compared …