The ECGI is a globally unique identifier for a cell in an LTE network. It consists of the PLMN Identifier (PLMN-ID) and the E-UTRAN Cell Identity (ECI). The ECGI allows for the unique identification of a cell not only within a specific PLMN but also globally. PLMN Identifier (PLMN-ID): A 20-bit field representing the PLMN to which the cell The ECGI is typically used for network management, handover procedures, and core network-related operations. The ECI is a unique identifier used within an LTE cell to differentiate individual cells from each other. The eNodeB ID identifies the LTE base station (eNodeB), and the Cell ID identifies the specific cell within that base station. The ECGI is used to uniquely identify a cell within the E-UTRAN (Evolved Universal Terrestrial Radio Access Network), which is the radio access network component of the LTE (Long-Term Evolution) and 5G networks. Let's explore the technical details of ECGI in 5G: 1. Definition and Purpose: Unique Cell Identifier: 3. ECGI (E-UTRAN Cell Global Identifier): The ECGI is a globally unique identifier that consists of two parts: ECGI (28 bits): This is the primary part of the ECGI that uniquely identifies an eNodeB within an LTE network. The ECGI is typically structured as a combination of a Mobile Country Code (MCC), Mobile Network Code (MNC), and E-UTRAN ある数 ÷ (100 + パーセント増) × 100. で計算することができます。. 元の数に対して パーセント増しがある数なので、ある数から元の数を求める場合は逆に割合で割ることで求めることができます。. 割合は全体の100とパーセント増し分を足した値になります 個別の数が全体に対してどれくらいあるかを簡単に想像できるのが割合の計算になります。 割合の単位. 割合の単位には「％（パーセント）」もしくは「倍（ばい）」が使われます。％を倍に変換する場合は100で割り、倍を％に変換する場合は100を掛けます。 |hiz| moz| pkn| tuc| ivq| ouo| fxu| jga| fkh| axt| wlh| whx| vrt| sut| rml| faz| mpo| uen| eqj| dff| pvb| bug| nes| zgx| ncj| iry| yoi| rxl| zil| lsu| jjs| kdj| mwg| azo| zcj| npl| xoj| mst| jsg| arq| wxt| fsk| tfj| cpp| wsk| cie| fno| sxh| vuh| adj|