Short-range networks based on wireless mesh networking architectures have evolved to enable a power- and cost-efficient means to enable the remote management of non-computer devices. Self-organizing ...

Wireless networks have long embraced a centralized model that holds the potential for bottlenecks, latency and a single point of failure. But wireless mesh networks are emerging as an alternative to ...

The demand for a variety of wireless applications that require a mesh network is exploding. Examples include sensor networking applications such as physical security, CBRN monitoring of urban habitat, ...

The long-held dream of wireless network hackers everywhere is to dispense with centralised network infrastructure, and instead rely on a distributed network in which the clients perform the role of ...

Virtually all of us use Bluetooth. Headphones, speakers, beacons, hands-free devices, mice, laptops, tablets, smartphones, and hundreds of other similarly empowered devices. Bluetooth (BT) is also ...

Wide area networks, or WANs, provide network communication services in the workplace, connecting locations that can be spread out anywhere in the world. A topology is a description of a layout or ...

(1) A Wi-Fi network that uses multiple units. See Wi-Fi mesh network. (3) A network that provides Wi-Fi connectivity within an urban or suburban environment. It comprises "mesh routers," which are a ...

Also Read: What are NTP and SNMP network protocols. The 3 main topologies in a computer network are Bus, Ring, and Star Topologies. In a bus topology, all the devices are connected to the main cable.