Hello Yatch
> Le 29 nov. 2019 à 22:48, Yasuyuki Tanaka a écrit :
>
> Thank you, Pascal for your comment.
>
>> On 11/29/2019 9:34 PM, Pascal Thubert (pthubert) wrote:
>> RPL underneath is designed to operate with multiple parents, and for a good
>> reason.
>
> I understand that point.
>
>
Thank you, Pascal for your comment.
On 11/29/2019 9:34 PM, Pascal Thubert (pthubert) wrote:
RPL underneath is designed to operate with multiple parents, and for a good
reason.
I understand that point.
My point is, rephrasing the word alone couldn't be enough.
Bandwidth allocation doesn’t
Spot on Yatch
MSF manages the bandwidth over one L2 hop based on the packets that L3 places
on that hop.
Bandwidth allocation doesn’t care what traffic that is or it’s direction. It
cares about the amount of traffic that needs to circulate over the hop.
The sense of direction came from the
Hi Pascal,
pascal> My problem is that there’s only one preferred parent, but a
pascal> node may use several parents for data traffic. This is why we
pascal> build dodags in the first place.
pascal>
pascal> I believe that the node may allocate cells with all of those
pascal> “selected parents” if
Well my text was a proposal for rephrasing :)
Regards,
Pascal
Le 29 nov. 2019 à 16:19, Tengfei Chang a écrit :
Hi Pascal,
For the preferred parent issue:
When running MSF, the node is deal with one parent at a time out of the parent
set, which we called preferred parent.
It doesn't mean
Hi Pascal,
For the preferred parent issue:
When running MSF, the node is deal with one parent at a time out of the
parent set, which we called preferred parent.
It doesn't mean there is only one parent for each nodes.
The node may change its preferred parent to other parent, which responded
in
