TAILIEUCHUNG - Influence of the call forwarding busy service on the traffic distribution in the group of telephone channels

In this paper we consider the influence of a call forwarding service on the traffic process in modern telecommunication networks. We analyse in detail only the case when the called user is busy. It is proved that call forwarding not only increases utilization of servers and the percent of successful calls but it also increases the call loss. | Yugoslav Journal of Operations Research 27 (2017), Number 1, 99-107 DOI: INFLUENCE OF THE CALL FORWARDING BUSY SERVICE ON THE TRAFFIC DISTRIBUTION IN THE GROUP OF TELEPHONE CHANNELS Dragan MITIĆ Institute for Telecommunications and Electronics, IRITEL . BELGRADE, Batajnički put 23, 11080 mita@ Aleksandar LEBL Institute for Telecommunications and Electronics, IRITEL . BELGRADE, Batajnički put 23, 11080 lebl@ Branimir TRENKIĆ Megatrend University Belgrade, Faculty of Computer Sciences, Bulevar umetnosti 29, 11070 Belgrade, Serbia Žarko MARKOV Institute for Telecommunications and Electronics, IRITEL . BELGRADE, Batajnički put 23, 11080 Received: May 2015 / Accepted: January 2016 Abstract: In this paper we consider the influence of a call forwarding service on the traffic process in modern telecommunication networks. We analyse in detail only the case when the called user is busy. It is proved that call forwarding not only increases utilization of servers and the percent of successful calls but it also increases the call loss. On the simple example, we showed that this call loss increase is greater in the case of local (internal) and incoming calls, but smaller in the case of outgoing calls. The reason for such behaviour is in the role of call forwarding function in the case of internal and incoming traffic. In that situation call forwarding function decreases the effect of limited 100 , et al. / Influence of the CFB Service on the Traffic Distribution number of users on the decrease of offered traffic, comparing to the case of internal and incoming traffic without call forwarding (Engset traffic model). This statement is illustrated by comparative graphics of traffic loss without call forwarding function, and with this function when considering, separately, internal, incoming, and outgoing traffic. Keywords: Call Forwarding Busy Service, External .

• Kĩ thuật Viễn thông
• Call forwarding busy service
• External connection
• Internal connection
• Loss probability
• Telecommunication traffic
• Traffic simulation
• Traffic signals at signalized intersections in the road network
• Multi objective optimizations
• Traffic simulation models
• The vehicle exhausted emission
• Traffic signal timing optimization
• Two Lane Traffic Flow Simulation Model
• Cellular Automaton
• Road traffic microsimulations
• Manage road traffic
• Cellular automata
• BDI model Connected and autonomous vehicles
• Agent architecture
• Multiagent simulation
• Simulated traffic agents
• Simulation models of traffic flow
• Disordered Cellular automata
• Traffic flow models
• Automata traffic
• Nagel Schreckenberg
• Deceleration terms
• A Simulation Laboratory
• Evaluating Dynamic
• BDI model
• Connected and autonomous vehicles
• Tracffic simulation
• Nagel Schreckenberg model
• Traffic jams
• Ùn tắc giao thông
• Giao thông đường bộ
• Double track line
• Track overhaul
• Traffic organization
• Sub structures maintenance
• Traffic project optimization
• VISSIM simulation
• Building information modeling
• Infrastructure management
• Project evaluation
• International Journal of Computer Science & Communication Networks
• VoIP over UDP with bandwidth on demand analysis
• Bandwidth on demand analysis
• Packet loss for TCP data traffic
• TCP data traffic