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CQSM 2019 - Communication QoS and System Modeling (CQSM)

Date2019-02-18 - 2019-02-21

Deadline2018-07-05

VenueHonolulu, Hawaii, USA - United States USA - United States

Keywords

Websitehttp://www.conf-icnc.org/2019

Topics/Call fo Papers

Communication networks are designed to offer services to end-users with suitable Quality of Service (QoS) level.
To such an end, network traffic should be analyzed and appropriately controlled so that the desired QoS
requirements are achieved. The development of today’s applications, network technologies and standards greatly
leverages modeling and design tools.Furthermore, different methodologies including analytical modeling,
simulation, experimentation, and monitoring are needed to support designs of communication networks and
services. The aim of the “Communication QoS and System Modeling” Symposium is to provide an international
forum for the discussion of communications service provisioning, the quality, and mechanisms to support such
services as well as the techniques to model and assess the efficiency of communication networks.
Authors are invited to submit original technical papers covering but not limited to the topics of interest listed
below:
● Quality, scalability, reliability, and performance in network and their services, including
o Internet
o Optical networks
o Autonomic systems
o Internet of Things
o Wireless and mobile networks
o Grid and distributed computing
o Multimedia networks in voice over IP and IPTV
o Cyber physical systems
● Performance of large---scale experimental platforms
● Standardization aspects of QoS and reliability
● Network Performance evaluation methodologies
o Network Architecture
o Network simulation
o Network modeling
o Network measurement and monitoring
● Design of networks and their services
● Modeling and performance analysis of energy-efficient communication systems/networks
● Cross-layer design, modeling and optimization
● Traffic economics
● Application/service oriented networking
● Traffic workload modeling and characterization
● Traffic and workload control
● Traffic engineering and traffic theory
● Metrics and models for QoS
● Metrics and models for quality of experience (QoE)

Last modified: 2018-06-23 13:44:15