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Re: [STDS-802-11-TGM] CID 359 "Natural Binary"



--- This message came from the IEEE 802.11 Task Group M Technical Reflector ---

Hello Guido,

I agree with what you're saying, but I'd just like to point out that re

> Since the standard defines the terms little and big endian (and uses
> them in several places) one could alternatively state "Values specified
> in decimal are represented in binary using the big-endian format and
> transmitted LSB first."

we don't need the second half (and the "represented in binary using the
big-endian format" looks wrong to me anyway, though I'm not sure what
"represented" is trying to say here) because the endianness is already
specified earlier in 9.2.2:

"
In figures, all bits within fields are numbered, from 0 to k, where the length of the field is k + 1 bits. Bits
within numeric fields that are longer than a single bit are depicted in increasing order of significance, i.e.,
with the lowest numbered bit having the least significance. The octet boundaries within a field can be
obtained by taking the bit numbers of the field modulo 8. Octets within numeric fields that are longer than a
single octet are depicted in increasing order of significance, from lowest numbered bit to highest numbered
bit. The octets in fields longer than a single octet are sent to the PHY in order from the octet containing the
lowest numbered bits to the octet containing the highest numbered bits.
"

So it really is as simple as deleting "natural".

Thanks,

Mark

-- 
Mark RISON, Standards Architect, WLAN   English/Esperanto/Français
Samsung Cambridge Solution Centre       Tel: +44 1223  434600
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ROYAUME UNI                             WWW: http://www.samsung.com/uk

> -----Original Message-----
> From: Dr. Guido R. Hiertz <hiertz@xxxxxxxx>
> Sent: Wednesday, 10 November 2021 19:19
> To: STDS-802-11-TGM@xxxxxxxxxxxxxxxxx
> Subject: Re: [STDS-802-11-TGM] CID 359 "Natural Binary"
> 
> --- This message came from the IEEE 802.11 Task Group M Technical Reflector ---
> 
> Dear Mike, Dear all,
> 
> At 2021-11-10T15:07+0100 M Montemurro wrote:
> > I went through comment resolutions and interpretation requests for
> > REVma, REVmb, REVmc, and REVmd. I have not seen anything that
> > justifies any confusion about this statement in the standard.
> 
> the original IEEE 802.11 standard had various mistakes that were
> resolved over many years. For example, IEEE 802.11-1997 mentions an
> ESSID without specifying what it is. Another example is the term WDS
> that was removed with the IEEE 802.11-2016 version.
> 
> I am under the impression that the standard has similar, old paragraphs
> that have not received a lot of attention. Therefore, it seems to me
> that the "age" of some text is not necessarily related to the text being
> especially mature or correct.
> 
> > Personally I have not seen any justification to convince me that
> > this text needs to be changed. It sounds mostly like individual
> > preferences, which in my opinion justifies a change. Therefore, I
> > don't see any reason to make any changes.
> 
> In my view, less is more. If the standard specifies decimal values to be
> "coded in natural binary unless otherwise stated," and the standard
> doesn't specify what "unnatural binary" is ;-), and if there is a common
> understanding how decimal values are converted into binary values (with
> LSB first), it seems advisable to at least delete the term "natural."
> 
> Since the standard defines the terms little and big endian (and uses
> them in several places) one could alternatively state "Values specified
> in decimal are represented in binary using the big-endian format and
> transmitted LSB first."
> 
> Best regards,
> 
> Guido
> 
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