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ASE:  Air Interface Speech Equivalents (ASE) 3a21fd3s1K:JFD()$#本文來自移動(dòng)通信網(wǎng)gg1fic3.cn,版權(quán)所有
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The ASE intends to express to some extent the static load on the air-interface caused by radio bearers in a connection in a cell relative to the static load caused by a set of radio bearers carrying a regular conversational CS speech 12.2 kbps RABs.
The general definition of the ASE for a connection is as follows:
ASE = (effective rate DCH + guaranteed rate HS-DSCH + guaranteed rate E-DCH + guaranteed rate MBMS) / (effective rate conv CS speech 12.2 kbps) fd知1fkjhfK:JFD()$#_本文來自移動(dòng)通信網(wǎng)gg1fic3.cn,版權(quán)所有
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Where (see Table 2 for example ASE values): jhfjouierpoK:JFD()$#_*本文來自移動(dòng)通信網(wǎng)gg1fic3.cn,版權(quán)所有

• effective rate DCH: the effective rate DCH is the sum of the effective rate of dedicated transport channels in a radio connection (including SRB) based on the Transport Format Set, Transport Format Combination Set, and number of Transport Blocks.
• guaranteed rate HS-DSCH: the guaranteed rate of the HS-DSCH mac-d flows in a radio connection
• guaranteed rate E-DCH: the guaranteed rate of the E-DCH mac-d flows in a radio connection
• guaranteed rate MBMS: the guaranteed rate of the MBMS traffic channels MTCH and control channels MCCH and MICH
• effective rate conv CS speech 12.2 kbps: the effective rate of the dedicated transport channels used for conversational CS speech 12.2 kbps, considering an activity factor of 0.5

The ASE Monitor algorithm monitors ASE usage at cell carrier level, separately for uplink and downlink. For connections having radio links in different cells, the ASE UL contribution in each cell is taken to be the ASE UL of the connection divided by the number of radio links of the connection within the RNC the cell is residing. The principle behind the division of ASE is that the average uplink interference created by a UE connection in a cell it is connected to, is proportional to the number of cells the UE is connected to. If, for example, a UE is connected to two cells, it only requires approximately half the Ec/No compared to using one cell. The background for considering only the cells within an RNC is the fact that it is not possible to know the total number of radio links in a connection for connections originating over Iur. A consequence of the pre-RNC division is the possible overestimation of the ASE UL value for connections using Iur, compared to the situation where all radio links are within the same RNC.
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ASE 是容量管理中上下行都存在限制的一種資源，自我理解，是各種業(yè)務(wù)等效語音的衡量。主要是容量管理時(shí)的一個(gè)概念。
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