For the two-group grading consisting of 14 trunks, availability = 5, Ak = 1.4E and the required grade of service of about 0.01, what would be its traffic capacity?

Related MCQs

• Erlang determined GoS of lost call system of finite number of trunks based on assumptions: 1. Pure chance traffic 2. Statistical equilibrium 3. Full availability 4. calls which face congestion and get lost
• During Busy hour, 1000 calls were offered to a group of trunks and 5 calls were lost. The average call duration was 2 minutes. Find Grade of Service (B)
• During Busy hour, 1200 calls were offered to a group of trunks and 6 calls were lost. The average call duration was 3 minutes. Find Traffic carried(Ac)
• A group of 5 trunks is offering 2 Erlangs of traffic. Find the probability that at least one trunk is free.
• A group of 5 trunks carry a traffic of 2E. Find 1. GoS 2. Probability that only one trunk is busy.
• In analyzing the traffic performance, how is the number of trunk decided with the provision of the Grade of Service (GoS) especially for larger group?
• The system in which call requests are kept waiting due to unavailability of trunks is known as ____________
• Trunks are the lines that run between
• Which form/s of grading design has/have the tendency to share every trunk between equal number of groups?
• Which form/s of grading design has/have the tendency to share every trunk between equal numbers of groups?