Personal Information
Organización/Lugar de trabajo
Yongin, Gyeonggi-do, Korea Korea, South
Ocupación
Associate Professor of Computer Science at Hankuk University of Foreign Studies
Sector
Education
Sitio web
www.mgclab.com
Acerca de
Sayed Chhattan Shah is an Associate Professor of computer science with the Department of Information Communication Engineering, Hankuk University of Foreign Studies, South Korea. He is also the Director of the Mobile Grid and Cloud Computing Laboratory. Prior to joining HUFS, he was a Senior Researcher with the Electronics and Telecommunications Research Institute, South Korea, and an Engineer with the National Engineering and Scientific Commission, Pakistan. His research interests lie in the fields of parallel and distributed computing systems, mobile cloud and edge computing systems, and internet of things.
Etiquetas
mobile cloud computing
ad hoc networks
mobile grid computing
mobile grid
resource management
sensor networks
wi-fi
ieee 802.11
data center network
detailed comparison of wireless generations
data center network operations
energy efficiency
resource scheduling
traffic control in data center networks
cloud data centers
lte overview
huawei 5g network architecture
5g use cases
5g requirements
5g design principles
5g architectures
5g enabling technologies
sk 5g architecture
grid computing
cluster
parallel programming models
distributed computing
parallel computing
parallel program design
scholarship
cloud
cloud computing
mobile ad hoc grid
networked robots
mobile ad hoc network
routing in mobile ad hoc networks
mac
computational cloud
sensor cloud
cloud robotics
routing
basic data structures
graph theory
graph algorithms
greedy algorithms
divide and conquer
dynamic programming
linear programming
flow network
first order lde
homogeneous ode
second order de
laplace transform method
differential equations
system programming
operating system
shell programming
file management
process management
signals
thread management
bluetooth architecture
ieee 802.11 architecture and services
wi-fi technology
low power wide area networks
lorawan
internet of things
m2m communication
wi-fi architecture
iot architecture
embedded systems
iot applications
iot research challenges
middleware platforms
iot and 5g applications
edge and fog computing
mobile ad hoc cloud
private edge cloud
algorithm design
algorithm analysis
computational complexity
interprocess communication
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Presentaciones
(18)Personal Information
Organización/Lugar de trabajo
Yongin, Gyeonggi-do, Korea Korea, South
Ocupación
Associate Professor of Computer Science at Hankuk University of Foreign Studies
Sector
Education
Sitio web
www.mgclab.com
Acerca de
Sayed Chhattan Shah is an Associate Professor of computer science with the Department of Information Communication Engineering, Hankuk University of Foreign Studies, South Korea. He is also the Director of the Mobile Grid and Cloud Computing Laboratory. Prior to joining HUFS, he was a Senior Researcher with the Electronics and Telecommunications Research Institute, South Korea, and an Engineer with the National Engineering and Scientific Commission, Pakistan. His research interests lie in the fields of parallel and distributed computing systems, mobile cloud and edge computing systems, and internet of things.
Etiquetas
mobile cloud computing
ad hoc networks
mobile grid computing
mobile grid
resource management
sensor networks
wi-fi
ieee 802.11
data center network
detailed comparison of wireless generations
data center network operations
energy efficiency
resource scheduling
traffic control in data center networks
cloud data centers
lte overview
huawei 5g network architecture
5g use cases
5g requirements
5g design principles
5g architectures
5g enabling technologies
sk 5g architecture
grid computing
cluster
parallel programming models
distributed computing
parallel computing
parallel program design
scholarship
cloud
cloud computing
mobile ad hoc grid
networked robots
mobile ad hoc network
routing in mobile ad hoc networks
mac
computational cloud
sensor cloud
cloud robotics
routing
basic data structures
graph theory
graph algorithms
greedy algorithms
divide and conquer
dynamic programming
linear programming
flow network
first order lde
homogeneous ode
second order de
laplace transform method
differential equations
system programming
operating system
shell programming
file management
process management
signals
thread management
bluetooth architecture
ieee 802.11 architecture and services
wi-fi technology
low power wide area networks
lorawan
internet of things
m2m communication
wi-fi architecture
iot architecture
embedded systems
iot applications
iot research challenges
middleware platforms
iot and 5g applications
edge and fog computing
mobile ad hoc cloud
private edge cloud
algorithm design
algorithm analysis
computational complexity
interprocess communication
Ver más