Re: [Nmlrg] Machine Learning in network - solicitation for use cases

"Liubing (Leo)" <leo.liubing@huawei.com> Sat, 19 September 2015 06:00 UTC

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From: "Liubing (Leo)" <leo.liubing@huawei.com>
To: Sheng Jiang <jiangsheng@huawei.com>, Sebastian Abt <sabt@sabt.net>
Thread-Topic: [Nmlrg] Machine Learning in network - solicitation for use cases
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Date: Sat, 19 Sep 2015 05:59:30 +0000
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References: <D20A251E.25E52%dacheng.zdc@alibaba-inc.com> <5D36713D8A4E7348A7E10DF7437A4B927BB2B192@nkgeml512-mbx.china.huawei.com> <D20B2C03.25EC7%dacheng.zdc@alibaba-inc.com> <5D36713D8A4E7348A7E10DF7437A4B927BB2D062@nkgeml512-mbx.china.huawei.com> <D211D160.26495%dacheng.zdc@alibaba-inc.com> <D211D7F2.2651C%dacheng.zdc@alibaba-inc.com> <5D36713D8A4E7348A7E10DF7437A4B927BB2D300@nkgeml512-mbx.china.huawei.com> <55EC9987.9030002@gmail.com> <5D36713D8A4E7348A7E10DF7437A4B927BB2D65D@nkgeml512-mbx.china.huawei.com> <55ED09ED.3090406@gmail.com> <5D36713D8A4E7348A7E10DF7437A4B927BB2DD75@nkgeml512-mbx.china.huawei.com> <8AE0F17B87264D4CAC7DE0AA6C406F45C227BE52@nkgeml506-mbx.china.huawei.com> <55EE6648.4040804@gmail.com> <8AE0F17B87264D4CAC7DE0AA6C406F45C227CF25@nkgeml506-mbx.china.huawei.com> <011F781F-9409-44D6-A006-C899A39053A1@sabt.net> <8AE0F17B87264D4CAC7DE0AA6C406F45C22A99F2@nkgeml506-mbx.china.huawei.com> <5D36713D8A4E7348A7E10DF7437A4B927BB7C8AD@NKGEML512-MBS.china.huawei.com>
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Cc: "nmlrg@irtf.org" <nmlrg@irtf.org>, Dacheng Zhang <dacheng.zdc@alibaba-inc.com>
Subject: Re: [Nmlrg] Machine Learning in network - solicitation for use cases
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Hi Sheng,

> -----Original Message-----
> From: Sheng Jiang
> Sent: Saturday, September 19, 2015 10:12 AM
> To: Liubing (Leo); Sebastian Abt
> Cc: Brian E Carpenter; Dacheng Zhang; nmlrg@irtf.org
> Subject: RE: [Nmlrg] Machine Learning in network - solicitation for use cases
> 
> >[Bing] Indeed. The trick/art is in feature selection.
> 
> Not only the feature selection, the learning direction or path design are also
> important. It needs the implementors/designers to apply the specific prior
> knowledge to indicate/guide the mechanism learning process. The good
> design with valuable prior knowledge would enhance the efficiency and
> accuracy of the machine learning application. However, the more prior
> knowledge applied, the less generality it would be.

[Bing] For " learning direction or path design ", did you mean this: one application could be divided into multiple parts or stages, each part/stage might involve different learning models/algorithms (or maybe the same learning models/algorithm but for different features at each stage). Then the "learning direction or path" is about how to separate the stages and choose what models/algorithms. It indeed needs more human wise involved. And I guess maybe it is more practical in real application?

B.R.
Bing

> Sheng