From mboxrd@z Thu Jan 1 00:00:00 1970 Return-Path: Received: from mail-oi0-x22c.google.com (mail-oi0-x22c.google.com [IPv6:2607:f8b0:4003:c06::22c]) (using TLSv1.2 with cipher ECDHE-RSA-AES128-GCM-SHA256 (128/128 bits)) (No client certificate requested) by lists.bufferbloat.net (Postfix) with ESMTPS id 9D0B43B25D for ; Fri, 13 May 2016 13:49:52 -0400 (EDT) Received: by mail-oi0-x22c.google.com with SMTP id k142so182262575oib.1 for ; Fri, 13 May 2016 10:49:52 -0700 (PDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=gmail.com; s=20120113; h=mime-version:in-reply-to:references:date:message-id:subject:from:to :cc; bh=pgZkaKMr6rlJ31/oiVsYQ/C7ghOsq7PWeuBtoMkl0w4=; b=G/rsCZElkejGdCJ+L0FMIJcoUka3jgnk7f97twvmxJKUxOVU6m4yGBtLqntJu9DIOX MF8P25TSHoEuv6/CFayUp7OHNrePPpk/sXgRyVwIqLmuvHSo1AGzDs8brBY38XHoubd+ MUdYTxEq0E8hsx+Az+SsOmuXfkXvOvKEobGJvMQz0vJwBg+OINq3YkgiX9a3AWUzjaKe CsoxL86NJpnUzDoPYyjT6VQdR+jZ38YOvzts2Mf6PpdbI+doEs9BuK2SUJ9UF6y3dCHd fXPFXO6T17Uv1vof7WbusMg3r5mYx5AFG7uKl81jEvYUwB7y3uzB+SV69qrDyOx5Ywjj IyrA== X-Google-DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=1e100.net; s=20130820; h=x-gm-message-state:mime-version:in-reply-to:references:date :message-id:subject:from:to:cc; bh=pgZkaKMr6rlJ31/oiVsYQ/C7ghOsq7PWeuBtoMkl0w4=; b=SDt272xy+3eNnEjCIghwRjqoUOfBmFq+QI94GmIEs2uoy4p2FiunoQeSF/JfzHLaOy h17SlVUOiw56ugVv66n1CwKa+a60THD0SuRQ0bfsTB2XCovHpGUFu8OwH58b9b6ng1q4 2NupzAY9rRheoYymYH8PK07oPAIFLYJE39nlW07ODRfzaIPYG1TxLB95uFOexvJmghML sn5WvvC6QxS34bKK93aW6aMeXc9LusjrcTRd3TYwPW6GyKvc9WZXwsAfBKgYX8Ewrei0 NMen73rhaGeIazuNTrsXk9pxHWvqTbG9Axz3uPNCkdbP6gMVGYG7jeauWO2g7rIw0qnR E72w== X-Gm-Message-State: AOPr4FWbBW9OnIY5dY5Zrv71air+tWOhcMKcSby72SvcER49SWbBE8wTtyiY8zNDoplL6VnYy8Al+tWezWMHGA== MIME-Version: 1.0 X-Received: by 10.202.216.68 with SMTP id p65mr9600435oig.152.1463161791845; Fri, 13 May 2016 10:49:51 -0700 (PDT) Received: by 10.202.229.210 with HTTP; Fri, 13 May 2016 10:49:51 -0700 (PDT) In-Reply-To: References: <871t5bpkc7.fsf@toke.dk> <6ADC1A9D-72C9-47A5-BDC7-94C14ED34379@gmail.com> Date: Fri, 13 May 2016 10:49:51 -0700 Message-ID: From: Dave Taht To: Bob McMahon Cc: David Lang , "ath9k-devel@lists.ath9k.org" , make-wifi-fast@lists.bufferbloat.net Content-Type: multipart/related; boundary=001a113d37ccda80780532bce664 Subject: Re: [Make-wifi-fast] Diagram of the ath9k TX path X-BeenThere: make-wifi-fast@lists.bufferbloat.net X-Mailman-Version: 2.1.20 Precedence: list List-Id: List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 13 May 2016 17:49:52 -0000 --001a113d37ccda80780532bce664 Content-Type: multipart/alternative; boundary=001a113d37ccda80750532bce663 --001a113d37ccda80750532bce663 Content-Type: text/plain; charset=UTF-8 Content-Transfer-Encoding: quoted-printable I try to stress that single tcp flows should never use all the bandwidth for the sawtooth to function properly. What happens when you hit it with 4 flows? or 12? nice graph, but I don't understand the single blue spikes? On Fri, May 13, 2016 at 10:46 AM, Bob McMahon wrote: > On driver delays, from a driver development perspective the problem isn't > to add delay or not (it shouldn't) it's that the TCP stack isn't presenti= ng > sufficient data to fully utilize aggregation. Below is a histogram > comparing aggregations of 3 systems (units are mpdu per ampdu.) The lowe= st > latency stack is in purple and it's also the worst performance with respe= ct > to average throughput. From a driver perspective, one would like TCP to > present sufficient bytes into the pipe that the histogram leans toward th= e > blue. > > [image: Inline image 1] > I'm not an expert on TCP near congestion avoidance but maybe the algorith= m > could benefit from RTT as weighted by CWND (or bytes in flight) and hunt > that maximum? > > Bob > > On Mon, May 9, 2016 at 8:41 PM, David Lang wrote: > >> On Mon, 9 May 2016, Dave Taht wrote: >> >> On Mon, May 9, 2016 at 7:25 PM, Jonathan Morton >>> wrote: >>> >>>> >>>> On 9 May, 2016, at 18:35, Dave Taht wrote: >>>>> >>>>> should we always wait a little bit to see if we can form an aggregate= ? >>>>> >>>> >>>> I thought the consensus on this front was =E2=80=9Cno=E2=80=9D, as lon= g as we=E2=80=99re making >>>> the decision when we have an immediate transmit opportunity. >>>> >>> >>> I think it is more nuanced than how david lang has presented it. >>> >> >> I have four reasons for arguing for no speculative delays. >> >> 1. airtime that isn't used can't be saved. >> >> 2. lower best-case latency >> >> 3. simpler code >> >> 4. clean, and gradual service degredation under load. >> >> the arguments against are: >> >> 5. throughput per ms of transmit time is better if aggregation happens >> than if it doesn't. >> >> 6. if you don't transmit, some other station may choose to before you >> would have finished. >> >> #2 is obvious, but with the caviot that anytime you transmit you may be >> delaying someone else. >> >> #1 and #6 are flip sides of each other. we want _someone_ to use the >> airtime, the question is who. >> >> #3 and #4 are closely related. >> >> If you follow my approach (transmit immediately if you can, aggregate >> when you have a queue), the code really has one mode (plus queuing). "If >> you have a Transmit Oppertunity, transmit up to X packets from the queue= ", >> and it doesn't matter if it's only one packet. >> >> If you delay the first packet to give you a chance to aggregate it with >> others, you add in the complexity and overhead of timers (including >> cancelling timers, slippage in timers, etc) and you add "first packet, >> start timers" mode to deal with. >> >> I grant you that the first approach will "saturate" the airtime at lower >> traffic levels, but at that point all the stations will start aggregatin= g >> the minimum amount needed to keep the air saturated, while still minimiz= ing >> latency. >> >> I then expect that application related optimizations would then further >> complicate the second approach. there are just too many cases where smal= l >> amounts of data have to be sent and other things serialize behind them. >> >> DNS lookup to find a domain to then to a 3-way handshake to then do a >> request to see if the library has been updated since las= t >> cached (repeat for several libraries) to then fetch the actual page >> content. All of these thing up to the actual page content could be singl= e >> packets that have to be sent (and responded to with a single packet), >> waiting for the prior one to complete. If you add a few ms to each of >> these, you can easily hit 100ms in added latency. Once you start to try = and >> special cases these sorts of things, the code complexity multiplies. >> >> So I believe that the KISS approach ends up with a 'worse is better' >> situation. >> >> David Lang >> _______________________________________________ >> Make-wifi-fast mailing list >> Make-wifi-fast@lists.bufferbloat.net >> https://lists.bufferbloat.net/listinfo/make-wifi-fast >> >> > --=20 Dave T=C3=A4ht Let's go make home routers and wifi faster! With better software! http://blog.cerowrt.org --001a113d37ccda80750532bce663 Content-Type: text/html; charset=UTF-8 Content-Transfer-Encoding: quoted-printable
I try to stress that single tcp flows should never use all= the bandwidth for the sawtooth to function properly.

Wh= at happens when you hit it with 4 flows? or 12?

nice graph, but I don't = understand the single blue spikes?

On Fri, May 13, 2016 at 10:46 AM, Bob McMahon <bob.mcmahon@broadcom.com> wrote:
On driver delays, from a driver development persp= ective the problem isn't to add delay or not (it shouldn't) it'= s that the TCP stack isn't presenting sufficient data to fully utilize = aggregation.=C2=A0 Below is a histogram comparing aggregations of 3 systems= (units are mpdu per ampdu.) =C2=A0The lowest latency stack is in purple an= d it's also the worst performance with respect to average throughput. = =C2=A0 From a driver perspective, one would like TCP to present sufficient = bytes into the pipe that the histogram leans toward the blue. =C2=A0 =C2=A0=

3D"Inline
I'm not an expert on TCP nea= r congestion avoidance but maybe the algorithm could benefit from RTT as we= ighted by CWND (or bytes in flight) and hunt that maximum? =C2=A0

Bob

On Mon, May 9, 2016 at 8:41 PM, David Lang <david@lang.= hm> wrote:
On Mon, 9 May 2016, Dave Taht wrote:

On Mon, May 9, 2016 at 7:25 PM, Jonathan Morton <chromatix99@gmail.com> wrote:

On 9 May, 2016, at 18:35, Dave Taht <dave.taht@gmail.com> wrote:

should we always wait a little bit to see if we can form an aggregate?

I thought the consensus on this front was =E2=80=9Cno=E2=80=9D, as long as = we=E2=80=99re making the decision when we have an immediate transmit opport= unity.

I think it is more nuanced than how david lang has presented it.

 I have four reasons for arguing for no speculative delays.

1. airtime that isn't used can't be saved.

2. lower best-case latency

3. simpler code

4. clean, and gradual service degredation under load.

the arguments against are:

5. throughput per ms of transmit time is better if aggregation happens than= if it doesn't.

6. if you don't transmit, some other station may choose to before you w= ould have finished.

#2 is obvious, but with the caviot that anytime you transmit you may be del= aying someone else.

#1 and #6 are flip sides of each other. we want _someone_ to use the airtim= e, the question is who.

#3 and #4 are closely related.

If you follow my approach (transmit immediately if you can, aggregate when = you have a queue), the code really has one mode (plus queuing). "If yo= u have a Transmit Oppertunity, transmit up to X packets from the queue"= ;, and it doesn't matter if it's only one packet.

If you delay the first packet to give you a chance to aggregate it with oth= ers, you add in the complexity and overhead of timers (including cancelling= timers, slippage in timers, etc) and you add "first packet, start tim= ers" mode to deal with.

I grant you that the first approach will "saturate" the airtime a= t lower traffic levels, but at that point all the stations will start aggre= gating the minimum amount needed to keep the air saturated, while still min= imizing latency.

I then expect that application related optimizations would then further com= plicate the second approach. there are just too many cases where small amou= nts of data have to be sent and other things serialize behind them.

DNS lookup to find a domain to then to a 3-way handshake to then do a reque= st to see if the <web something> library has been updated since last = cached (repeat for several libraries) to then fetch the actual page content= . All of these thing up to the actual page content could be single packets = that have to be sent (and responded to with a single packet), waiting for t= he prior one to complete. If you add a few ms to each of these, you can eas= ily hit 100ms in added latency. Once you start to try and special cases the= se sorts of things, the code complexity multiplies.

So I believe that the KISS approach ends up with a 'worse is better'= ; situation.

David Lang
__________________= _____________________________
Make-wifi-fast mailing list
M= ake-wifi-fast@lists.bufferbloat.net
https://lists.bufferbloat.net/listinfo/make-wif= i-fast





--
Dave T=C3=A4ht
Let's go make home routers and w= ifi faster! With better software!
http://blog.cerowrt.org
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