Aggregate traffic volume for service category in bit/s/cell Td,t,n,rat,p n teledensity and time interval for RATG and radio d t rat environment p User density for service in service environment and Um,t,s s m time interval t User density for service category in service users/km2 Um,t,n n environment and time interval m t Weight for average session duration for service in wm,t,s s – service environment and time interval m t Weight for mean service bit rate or mobility ratio for – service in service environment and time interval s m t Coverage percentage for hot-spot cell % Xhs Coverage percentage for macro cell % Xmacro Coverage percentage for micro cell % Xmicro Coverage percentage for pico cell % Xpico Spectral efficiency of RATG in teledensity and bit/s/Hz/cell rat d ηd,rat,p radio environment p Required number of channels per cell k Packet arrival rate of service category in teledensity Packet/s n d λd,t,n,rat,p and time interval for RATG in environment t rat p Packet arrival rate of service category Packets/s n λn Aggregate packet arrival rate of all service categories Packets/s Average session duration of service in service s/session s μm,t,s environment and time interval m t Average session duration of service category in service s/session n μm,t,n environment and time interval m t Number of channels required for circuit switched n – (reservation based) service category n Vector with numbers of channels required for circuit – switched (reservation based) service categories Intermediate distribution ratio for hot-spot cell hs – Intermediate distribution ratio for macro cell macro – Intermediate distribution ratio for micro cell micro – Intermediate distribution ratio for pico cell pico – Intermediate distribution ratio for pico and hot-spot cells pico&hs – Distribution ratio for service category in service n ξm,t,n,rat,p – environment and time interval for RATG in radio m t rat environment p Maximum allowed blocking probability for circuit πn – switched (reservation based) service category n
Td,t,n,rat,p Aggregate traffic volume for service category n in teledensity d and time interval t for RATG rat and radio environment p bit/s/cell Um,t,s User density for service s in service environment m and time interval t Um,t,n User density for service category n in service environment m and time interval t users/km2 wm,t,s Weight for average session duration for service s in service environment m and time interval t – Weight for mean service bit rate or mobility ratio for service s in service environment m and time interval t – Xhs Coverage percentage for hot-spot cell % Xmacro Coverage percentage for macro cell % Xmicro Coverage percentage for micro cell % Xpico Coverage percentage for pico cell % ηd,rat,p Spectral efficiency of RATG rat in teledensity d and radio environment p bit/s/Hz/cell k Required number of channels per cell λd,t,n,rat,p Packet arrival rate of service category n in teledensity d and time interval t for RATG rat in environment p Packet/s λn Packet arrival rate of service category n Packets/s Aggregate packet arrival rate of all service categories Packets/s μm,t,s Average session duration of service s in service environment m and time interval t s/session μm,t,n Average session duration of service category n in service environment m and time interval t s/session n Number of channels required for circuit switched (reservation based) service category n – Vector with numbers of channels required for circuit switched (reservation based) service categories – hs Intermediate distribution ratio for hot-spot cell – macro Intermediate distribution ratio for macro cell – micro Intermediate distribution ratio for micro cell – pico Intermediate distribution ratio for pico cell – pico&hs Intermediate distribution ratio for pico and hot-spot cells – ξm,t,n,rat,p Distribution ratio for service category n in service environment m and time interval t for RATG rat in radio environment p – πn Maximum allowed blocking probability for circuit switched (reservation based) service category n –
R-REC-M.1768-1-201304-I!!MSW-E.docx