[P4] Fwd: Networking Seminar at ELTE in August

[Sándor Laki]

Sziasztok,

Augusztus 23-án délután 4-6 között két koreai vendégünk tart 
szemináriumot. Az absztraktok lent olvashatók.
Minden érdeklődőt várunk!

Üdv.
Sanyi

-------- Továbbított üzenet --------
Tárgy: 	Networking Seminar at ELTE in August
Dátum: 	Wed, 8 Aug 2018 00:00:20 +0200
Feladó: 	Sándor Laki <lakis at elte.hu>
Címzett: 	Rudas Ákos <pairas.msg at gmail.com>, Dániel Varga 
<varga.daniel.7 at gmail.com>, dhulafqar s aldeen <adozan123 at gmail.com>, 
Mohammed Fekhreddine Seridi <seridimohammedfekhreddine at gmail.com>, Fejes 
Ferenc <fejes.ferenc.mail at gmail.com>, Gombos Gergo 
<ggombos at inf.elte.hu>, 'Péter Vörös' <vpetyaa at gmail.com>
CC: 	Stéger József <steger at complex.elte.hu>, Dobos, László 
<dobos at complex.elte.hu>, Attila Kiss <kissattiladr at gmail.com>, Bálint 
Molnár <molnarba at gmail.com>, Tejfel Máté <matej at caesar.elte.hu>, 
Lukovszki Tamás <lukovszki at inf.elte.hu>, Gergely Pongracz 
<Gergely.Pongracz at ericsson.com>, Péter Hudoba <hudi1989 at gmail.com>, 
Péter Szécsi <peterszecsi95 at gmail.com>, Benczúr András 
<abenczur at inf.elte.hu>



Dear All,

Prof. JongWon Kim and Prof. Hyuk Lim from GIST (Gwangju Institute of
Science & Technology), Korea are visiting us at ELTE on 23 August
(Thursday) 4-6 PM, giving two short talks in seminar room 2.502. You can
find the titles and the abstracts at the end of this mail. The seminar
is open, anyone is welcome to attend and please feel free to invite others.

** For my PhD students: I know that some of us will attend ACM SIGCOMM
that week and this seminar overlaps with the last session of the main
conference, but I kindly ask you to come back to ELTE by 4 PM and listen
to our guests. For the others not attending SIGCOMM, the presence is
mandatory (or have a good excuse). If you cannot take part in it, please
let me know asap. **

Best,
Sandor

** Time and location: 23 August, 2018 (Thursday), 4-6 PM - room 2.502
(Southern building)

** Talk #1: Container Networking Challenges for Cloud-native Computing
(speaker: Prof. JongWon Kim, School of EECS, GIST, KR)

Abstract: Cloud-native computing, employing container-based
microservices architecture, is accelerating its adoption for agile and
scalable service deployment over worldwide multi-cloud infrastructure.
In order to transparently enable diverse inter-connections for
container-based cloud-native computing, by leveraging SDN/NFV
technology, we need to tie distributed IoT things through multi-site
edge clouds to large-scale core clouds. Thus, in this talk, we first
attempt to relate the open-source-driven development for CNI (Container
Networking Interface) and CSI (Container Storage Interface) to the
required container-enabled networking for end-to-end (i.e.,
IoT--SDN/NFV--Cloud) inter-connections. Then, selected container
networking challenges such as so-called
pvc(physical+virtual+containerized) networking harmonization,
kernel-friendly accelerated and secured networking, and network-aware
service meshes will be briefly discussed.

** Talk #2: Defending Cyber Security Attacks using Software Defined
Networking (speaker: Prof. Hyuk Lim, School of EECS, GIST, KR)

In recent years, there have been an increasing number of attacks on
networks, such as the distributed denial-of-service attack. However, the
traditional network is not sufficiently flexible to control the huge
amount of traffic that now passes through an intrusion detection system
(IDS). First, this talk focuses on how to distribute traffic to multiple
IDSs in order to increase the detection of network attacks and balance
IDS loads. With software-defined networking (SDN), which separates
control planes and data planes for programmability, elasticity, and
simplicity, it becomes possible to force traffic to pass through an IDS
by simply rerouting or mirroring traffic to an IDS. Next, a cyber-attack
defending mechanism, called moving target defense (MTD), is introduced.
It aims to defend against network reconnaissance and scanning attacks by
enabling a host machine to have multiple, random, time-varying virtual
IP addresses. Multiplexing or de-multiplexing dynamically remaps all the
virtual network addresses of the hosts. This mechanism makes the
attackers lose any knowledge gained through the reconnaissance and to
disturb their scanning strategy.

-- 
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



---
Ezt az e-mailt az Avast víruskereső szoftver átvizsgálta.
https://www.avast.com/antivirus
-------------- next part --------------
An HTML attachment was scrubbed...
URL: <https://plc.inf.elte.hu/pipermail/p4/attachments/20180820/c7c613e0/attachment.html>