Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Modern enterprise networks are of sufficient complexity that even  simple  faults can be difficult to diagnose - let alone transient outages or service degradations. Nowhere is this problem more apparent than in the 802.11-based wireless access networks now ubiquitous in the enterprise. In addition to the myriad complexities of the wired network, wireless networks face the additional challenges of shared spectrum, user mobility and authentication management. Not surprisingly, few organizations have the expertise, data or tools to decompose the underlying problems and interactions responsible for transient outages or performance degradations. ,  present a set of modeling techniques for automatically characterizing the source of such problems. In particular,  focus on data transfer delays unique to 802.11 networks - media access dynamics and mobility management latency. Through a combination of measurement, inference and modeling  reconstruct sources of delay - from the physical layer to the transport - layer as ll as the interactions among them.  demonstrate our approach using comprehensive traces of wireless activity in the UCSD Computer Science building.
['Yuchung Cheng', 'Mikhail Afanasyev', 'Patrick Verkaik', 'Péter Benkö', 'Jennifer Chiang', 'Alex C. Snoeren', 'Stefan Savage', 'Geoffrey M. Voelker']
I am writing a research paper on a idea Automating cross-layer diagnosis of enterprise wireless networks
[{"from": "human", "value": "I am writing a research paper on a idea Automating cross-layer diagnosis of enterprise wireless networks"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Modern enterprise networks are of sufficient complexity that even  simple  faults can be difficult to diagnose - let alone transient outages or service degradations. Nowhere is this problem more apparent than in the 802.11-based wireless access networks now ubiquitous in the enterprise. In addition to the myriad complexities of the wired network, wireless networks face the additional challenges of shared spectrum, user mobility and authentication management. Not surprisingly, few organizations have the expertise, data or tools to decompose the underlying problems and interactions responsible for transient outages or performance degradations. ,  present a set of modeling techniques for automatically characterizing the source of such problems. In particular,  focus on data transfer delays unique to 802.11 networks - media access dynamics and mobility management latency. Through a combination of measurement, inference and modeling  reconstruct sources of delay - from the physical layer to the transport - layer as ll as the interactions among them.  demonstrate our approach using comprehensive traces of wireless activity in the UCSD Computer Science building."}]