Personal Information
Organización/Lugar de trabajo
Moscow, Russian Federation Russian Federation
Ocupación
Lead Programmer-Researcher at Applied Research Center for Computer Networks
Sector
Education
Sitio web
http://lvk.cs.msu.su/~ashalimov
Acerca de
My primary research interests are in computer networks, computer architectures, and compilers. In particular software defined networking, multicore packet processing, distributed systems, tiled and multicore systems, runtime, program compaction, energy efficient program execution, compiler optimizations, profiling, program obfuscation, reverse engineering.
In 2011 I completed my PhD in Computer Science at Moscow State University, Russia on the topic “The research of program compaction methods for real-time applications”.
My teaching activities included teaching assistance for courses (Computer Networks, Java Programming) and student supervision (“energy efficient program execution” topi...
Etiquetas
sdn
controller
openflow
open vswitch
openstack
nfv
switch
applications
performance
neutron
dpdk
gre
intel
Ver más
Presentaciones
(4)Recomendaciones
(6)Measuring a 25 and 40Gb/s Data Plane
Open-NFP
•
Hace 6 años
GMPLS, SDN, Optical Networking and Control Planes
ADVA
•
Hace 10 años
The Economics of Recommender Systems
Konstantin Savenkov
•
Hace 8 años
Виртуализированный highload (NFV), Александр Шалимов (ЦПИКС)
Ontico
•
Hace 9 años
Linux Performance Analysis and Tools
Brendan Gregg
•
Hace 11 años
Повышение производительности программного коммутатора в сетях SDN
ARCCN
•
Hace 10 años
Personal Information
Organización/Lugar de trabajo
Moscow, Russian Federation Russian Federation
Ocupación
Lead Programmer-Researcher at Applied Research Center for Computer Networks
Sector
Education
Sitio web
http://lvk.cs.msu.su/~ashalimov
Acerca de
My primary research interests are in computer networks, computer architectures, and compilers. In particular software defined networking, multicore packet processing, distributed systems, tiled and multicore systems, runtime, program compaction, energy efficient program execution, compiler optimizations, profiling, program obfuscation, reverse engineering.
In 2011 I completed my PhD in Computer Science at Moscow State University, Russia on the topic “The research of program compaction methods for real-time applications”.
My teaching activities included teaching assistance for courses (Computer Networks, Java Programming) and student supervision (“energy efficient program execution” topi...
Etiquetas
sdn
controller
openflow
open vswitch
openstack
nfv
switch
applications
performance
neutron
dpdk
gre
intel
Ver más