RN Admission Control Parameter

Walau belum dapet kesempatan ngoptim 3G, ga ada salahnya gw pelajari parameter-parameternya. Berikut yang ingin gw pelajari hari ini :

RN Admission Control

aseDlAdm		Cell parameter that defines the absolute admission limit for ASEs in the downlink.
aseUlAdm		Cell parameter that defines the absolute admission limit for ASEs in the uplink.
compModeAdm		Cell parameter that defines the absolute admission limit for the number of radio links in compressed mode in a cell.
dlCodeAdm		Cell parameter that defines the absolute admission limit for downlink code usage.
pwrAdm		Cell parameter that defines the absolute admission limit for downlink power utilization. It is relative to the min(maximumTransmissionPower, maxDlPowerCapability), it is expressed as a percentage and that is a percentage of min.( maximumTransmissionPower, maxDlPowerCapability).
hsdpaUsersAdm		Cell parameter that defines the admission limit for the number of users assigned to the HS-DSCH. Applicable to admission requests related to RAB setup of an HSDPA service.
eulServingCellUsersAdm		Cell parameter that defines the admission limit for the number of EUL users having the cell as serving cell.
eulNonServingCellUsersAdm		Cell parameter that defines the admission limit for the number of EUL users having the cell as non-serving cell.
eulServingCellUsersAdmTti2		Cell parameter that defines the admission threshold for the number of 2 ms TTI E-DCH users having this cell as serving cell. Applicable at serving cell change, at RAB establishment and at re-configuration to EUL.
sf8Adm		Cell parameter that defines the absolute admission limit for the number of radio links with spreading factor = 8 in downlink.
sf16Adm		Cell parameter that defines the absolute admission limit for the number of radio links with spreading factor = 16 in downlink for which new non-guaranteed admission requests will continue to be allowed.
sf32Adm		Cell parameter that defines the absolute admission limit for the number of radio links with spreading factor = 32 in downlink.
sf16gAdm		Cell parameter that defines the maximum number of radio links with spreading factor = 16 in downlink for which new guaranteed admission requests will continue to be allowed. Reaching or exceeding this number of radio links (any service class) using downlink spreading factor = 16 will block setup/adding any more guaranteed service class radio links requiring additional downlink spreading factor = 16 in this cell.
sf4AdmUl		Cell parameter that defines the absolute admission limit for the number of radio links with spreading factor = 4 in uplink (radio connection type PS384/HS).
sf8AdmUl		Cell parameter that defines the absolute admission limit for the number of radio links with spreading factor = 8 in uplink.
sf16AdmUl		Cell parameter that defines the absolute admission limit for the number of radio links with spreading factor = 16 in uplink.
sf8gAdmUl		Cell parameter that defines the absolute admission limit for the number of radio links with spreading factor = 8 in uplink.
dlHwAdm		Parameter that defines the admission limit for the downlink hardware usage in the cell group.
ulHwAdm		Parameter that defines the admission limit for the uplink hardware usage in the cell group.
maxNumHsdpaUsers		Parameter that limits the maximum allowed number of simultaneous HSDPA users per cell that can be served.
maxNumADchReservation		The maximum number of A-DCH resources that may be configured in a baseband pool.
ulLicFractBbPool2		Parameter that defines the UL capacity of the second Base Band Pool in percentage of licensed UL capacity.
dlLicFractBbPool2		Parameter that defines the DL capacity of the second Base Band Pool in percentage of licensed DL capacity
plSessionsMax		Parameter that defines the maximum number of ongoing MBMS sessions in one Preferred Layer cell.
nonPlSessionsMax		Parameter that defines the maximum number of ongoing MBMS sessions in one non-Preferred Layer cell