CommentID~CommenterName~CommenterEmail~CommenterPhone~CommenterFax~CommenterCo~Clause~Subclause~Page~Line~CommentType~Comment~SuggestedRemedy~Response~CommentStatus~ResponseStatus
0~Devegt, Rolf~rolf@woodsidenet.com~650 475 1913~650 823 1523~Woodside Networks~10~2~42~12-18~TR~TGg is describing mechanisms to enable coexistence between legacy .11b devices and .11g capable devices. Have the performance impacts and increased complexity of these mechanisms been modeled when used in conjunction with AWMA. A mechanism needs to be defined regarding the prioritization of 802.15, 802.11b legacy and 802.11g.~Remove AWMA recommended practice for now.~~X~O
0~Devegt, Rolf~rolf@woodsidenet.com~650 475 1913~650 823 1523~Woodside Networks~10~3~50~35-39~TR~TGg is describing mechanisms to enable coexistence between legacy .11b devices and .11g capable devices. Have the performance impacts and increased complexity of these mechanisms been modeled when used in conjunction with PTA?~Remove PTA recommended practice for now.~~X~O
0~Devegt, Rolf~rolf@woodsidenet.com~650 475 1913~650 823 1523~Woodside Networks~10~4~58~10-24~TR~The use of a notch filter to remove the interference effects of an 802.15.1 signal from an 802.11b signal will likely not be effective, since the interference location is not static through the entire 802.11b packet (hops 160 times in 100ms). Changing the location of the notch filter as the 802.15.1 interference hops creates what appears to be a time-varying channel response to the 802.11b packet. This type of channel behavior necessitates the use of an advanced equalization method.~Remove the recommended practice of using spectral excision for PHY layer coexistence~~X~O