All Outputs (4)

Transiting UAVs in aerial mesh networks (2023)
Other
Tu, W. (2023). Transiting UAVs in aerial mesh networks. [Blog Post]

There are many studies employing Unmanned Aerial Vehicles (UAVs) to support Internet connectivity. Particularly, in geographically isolated regions that are outside of the coverage of modern communication infrastructure, UAVs can form a one-time-cost... Read More about Transiting UAVs in aerial mesh networks.

Using multiple rates and multiple channels to improve wireless performance (2021)
Other
Tu, W. (2021). Using multiple rates and multiple channels to improve wireless performance. [Blog Post]

Devices in wireless networks can operate on multiple channels and automatically adjust their transmission rates for the occupied channels. While a higher transmission rate potentially contributes to a higher transmission throughput for wireless appli... Read More about Using multiple rates and multiple channels to improve wireless performance.

Scheduling flows to make the most of WMN resources with guaranteed performance (2019)
Other
Tu, W. (2019). Scheduling flows to make the most of WMN resources with guaranteed performance. [Blog Post]

In the wireless world, we have limited transmission medium resources and bandwidth as compared to wired networks. Multi-hop mesh topologies can quickly use up channels and available bandwidth. This has led to various studies and technological develop... Read More about Scheduling flows to make the most of WMN resources with guaranteed performance.

Can wireless mesh networking carry long-distance communications? (2018)
Other
Tu, W. (2018). Can wireless mesh networking carry long-distance communications?. [Blog Post]

Many regard wireless mesh networking as a potential key technology to provide low-cost Internet over a specific coverage area. A wireless mesh network (WMN) consists of mesh gateways, mesh routers, and mesh clients. Mesh gateways and mesh routers... Read More about Can wireless mesh networking carry long-distance communications?.