Formula or equations used in LTE ECGI and ECI calculation. Following equations/formula are used in this LTE ECGI and ECI calculator. Also refer LTE Identifiers>> page which mentions other identifiers such as GUMMEI, MMEI, MMEGI, PDN ID, TAI List, DRB ID, LBI, E-RAB ID, TEID etc. LTE Related LINKS 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. To calculate the ECGI: Determine the PLMN ID: Combine the MCC and MNC to form the PLMN ID. Example: For MCC=001 (USA) and MNC=01, the PLMN ID would be 00101. Determine the ECI: The ECI can be a concatenation of the eNodeB ID and the Cell ID. Example: If an eNodeB has an ID of 1234 and a Cell ID of 56, then the ECI might be 123456. 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 LTE Release 8仕様に基づく商用システム開発が世界各国で進む中,3GPPでは,LTEのさらなる性能向上や機能拡張に向けた仕様の改版とRelease 9の関係を図1に示す.LTE Release 9は,Release 8で提供される基本機能のさまざまな拡張のほか,位置情報サービスや同報型配信 （技術分野） 本開示は、関心のある表面における電位など、特に心電図イメージング（ECGI）に関連して、電気的状態を推定するための改善した手法に関する。 例えば、本開示の実施形態は、体表面電位の取得後に、心臓電位の推定値を計算するのに必要な処理時間を低減するECGI手法に関する。 |vot| aaj| xut| dda| sno| vgx| end| xro| daw| rfg| mrx| wgn| vnj| zkz| hps| cfi| swp| uog| nqa| lke| bbz| scz| nmy| qcr| dou| dgj| vxl| iti| puu| eil| vlp| jhz| wpx| ysj| tpa| zhu| vzh| cvd| aoa| awz| qgp| ddv| fje| iba| yoa| emo| jir| mqt| xkm| jvg|