[P4] FW: Re: TALK-P4-WS-III: 'High speed forwarding: a P4 compiler with a hardware abstraction library for Intel DPDK'

[Tejfel Máté]

Sziasztok!

    Ez jó hír :) Azt hiszem, lesz miről beszélgetnünk hétfőn :)

              M.

2016-04-01 06:36 keltezéssel, Sándor Laki írta:
>
> Sony Xperia™ okostelefonomról küldve
>
>
>
> ---- Eredeti üzenet ----
> Tárgy: Re: TALK-P4-WS-III: 'High speed forwarding: a P4 compiler with 
> a hardware abstraction library for Intel DPDK'
> Küldve: 2016.04.01. 2:38
> Feladó: "P4.org" <p4 at p4.org>
> Címzett: Sándor Laki <lakis at elte.hu>
> Másolatot kap:
>
> Dear Sandor,
>
> Congratulations! Your submission for a talk was reviewed and has been 
> accepted by the Technical Program Committee. We are in the process of 
> finalizing the agenda, so if you could reply directly to this email to 
> confirm your participation, we'll circle back next week with more 
> specifics on your speaking slot.
>
> We look forward to your reply!
>
> Sincerely,
> Nick, Jen, Gordon & Dan
> Technical Program Committee, 2016 P4 Workshop
>
> On 3/21/16 1:46 PM, Sándor Laki wrote:
>> Dear P4 Workshop Organizers,
>>
>> I'm writing to submit a proposal for a talk at the 3rd P4 Workshop.
>>
>> Title: High speed forwarding: a P4 compiler with a hardware 
>> abstraction library for Intel DPDK
>>
>> Abstract: In cooperation with Ericsson our team from Eötvös Loránd 
>> University, Budapest, Hungary works on a P4 compiler that separates 
>> the hardware specific and hardware independent program 
>> functionalities. According to this design, the core compiler 
>> generates a target independent core program that relies on a 
>> target-specific hardware abstraction library representing an 
>> abstraction layer between the actual hardware and the P4 program. 
>> This design enables us to switch to a new hardware without writing a 
>> new P4 compiler and recompiling the original P4 program, since the 
>> core program always remains the same and the underlying 
>> target-specific library will only be changed. In this talk, we will 
>> present the current status of our target independent core compiler, 
>> the challenges we faced during the development, an Intel DPDK-based 
>> implementation of the hardware abstraction library and the 
>> performance test results. According to the first experiments, our 
>> DPDK-based L2 switch compiled from a P4 code can reach 9.1 Gbps 
>> forwarding rate on a single core setup with 10 Gbps line cards and 
>> Ethernet probe packets of 64 bytes. The testbed preparation for 40 
>> Gbps and other more complex scenarios is on going.
>>
>> Bio of the Speaker: Sandor Laki is an Assistant Professor at the 
>> Department of Information Systems, Eötvös Loránd University, 
>> Budapest, Hungary. His research interests focus on active and passive 
>> network measurement techniques, traffic analytics, IP geolocation and 
>> algorithmic aspects of communication networks. Since 2015, he is a 
>> senior member of the Communication Networks Laboratory - a joint 
>> laboratory of Eötvös University and Ericsson Research. In the past 
>> years he has participated in various EC and EIT Digital projects, 
>> including FP7 OneLab2, FP7 NOVI, FP7 OpenLab, EIT Digital FITTING, 
>> EIT Digital Smart Ubiquitous Communication and Future Internet-PPP 
>> XIFI and FI-CORE.
>>
>> I'm looking forward to receiving your reply.
>>
>> Best regards,
>> Sandor
>>
>> -- 
>> Sándor Laki, PhD
>> Assistant professor
>> Department of Information Systems
>> Eötvös Loránd University
>> Pázmány Péter stny. 1/C
>> H-1117, Budapest, Hungary
>> Room 2.506
>> Web:http://lakis.web.elte.hu
>> Phone: +36 1 372 2869 / 8477
>> Cell: +36 70 374 2646
>
>
>
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