To capture channel activity, we generate and analyze 802.11b/g packets using the multi-radio mesh nodes in our testbed BilMesh, which is a multi-hop, multi-radio wireless mesh networking testbed we have established at Bilkent University.
The feasibility and efficiency of the proposed architecture with CSP scheme are verified on our software defined networking testbed in terms of service latency, transmission success rate, resource occupation rate and blocking probability.
The first paper "A High-accuracy nonintrusive networking testbed for wireless sensor networks" presents a high-accuracy nonintrusive networking testbed (HINT) for wireless sensor networks.
A High-accuracy Nonintrusive Networking Testbed (HINT) is proposed.
In this paper, we introduce BilMesh, an indoor 802.11 b/g mesh networking testbed we established, and we report about our performance experiments conducted on multi-hop topologies with single-radio and multi-radio relay nodes.
The resonant element in atomic clocks utilizes the hyperfine structure of rubidium's energy levels, making rubidium useful for high-precision timing, and is used as the main component of secondary frequency references (rubidium oscillators) to maintain frequency accuracy in cell site transmitters and other electronic transmitting, networking, and test equipment.
The project ensures using NFV/SDN (Network Function virtualization/Software Defined Network) technologies to produce an open platform enabling cross-domain orchestration of services, which can be tested with a sandbox networking idea (tests should include the created architecture, mechanisms, and a business model).
However, amongst the different theoretical models of networking activities tested, only the power dimension showed significant associations with all four network picture characteristics.
