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    • 1. 发明申请
    • METHOD AND SYSTEM FOR OPTIMISING THE PERFORMANCE OF A NETWORK
    • 优化网络性能的方法和系统
    • WO2003037019A1
    • 2003-05-01
    • PCT/IB2002/001962
    • 2002-05-31
    • NOKIA CORPORATIONHÖGLUND, AlbertFLANAGAN, AdrianNOVOSAD, TomasLAIHO, Jaana
    • FLANAGAN, AdrianNOVOSAD, TomasLAIHO, Jaana
    • H04Q7/36
    • H04W24/02H04L41/00H04L41/5025H04Q3/0062
    • When optimising the performance of the network, first of all, the relevant key performance indicators for a specific entity within the network as well as first parameters, which influence the key performance indicators, are determined. A number of entities similar to said specific entity is selected, wherein relevant key performance indicators are associated to every en-tity. The key performance indicators as well as the selected number of en-tities are used as elements in a first cost function, i.e. said first cost func-tion is calculated on the basis of the KPI and the number of entities. Said first cost function is calculated in order to evaluate the network perform-ance. Accordingly, since said first parameters directly relate to the key per-formance indicators, the network performance will depend on the values of said first parameters. Thereafter the values of said first parameters are adjusted, so that a sec-ond set of values of said first parameters are obtained. The key perform-ance indicators are determined again but this time on the basis of the sec-ond values of said first parameters and said first cost function is re-calculated on the basis of these key performance indicators. The result of said first cost function calculated on the basis of said first values of said first parameters is compared to the result of said first cost function re-calculated on the basis of said second values of said first parameters. This comparison is carried out to determine whether the network performance has improved. When the network performance has improved due to the adjusting of said first parameters, said second values of said first parame-ters are adopted as permanent parameters.
    • 当优化网络性能时,首先确定网络中特定实体的相关关键性能指标以及影响关键性能指标的第一参数。 选择与所述特定实体相似的多个实体,其中相关的关键性能指标与每个实体相关联。 关键性能指标以及选定的实体数量被用作第一成本函数中的要素,即,所述第一成本函数是基于KPI和实体数量计算的。 所述第一成本函数被计算以评估网络性能。 因此,由于所述第一参数与关键性能指标直接相关,所以网络性能将取决于所述第一参数的值。 此后,调整所述第一参数的值,从而获得所述第一参数的第二组值。 关键性能指标再次被确定,但是这次是基于所述第一参数的第二值,并且基于这些关键性能指标来重新计算所述第一成本函数。 将基于所述第一参数的所述第一值计算的所述第一成本函数的结果与基于所述第一参数的所述第二值重新计算的所述第一成本函数的结果进行比较。 执行此比较以确定网络性能是否有所改善。 当网络性能由于所述第一参数的调整而改善时,所述第一参数的所述第二值被采用作为永久性参数。
    • 2. 发明申请
    • PILOT CHANNEL POWER AUTOTUNING
    • 引导通道功率自动化
    • WO2003036815A1
    • 2003-05-01
    • PCT/EP2001/012192
    • 2001-10-22
    • NOKIA CORPORATIONKIMMO, ValkealahtiHÖGLUND, AlbertPARKKINEN, JyrkiLAIHO, Jaana
    • KIMMO, ValkealahtiHÖGLUND, AlbertPARKKINEN, JyrkiLAIHO, Jaana
    • H04B7/005
    • H04W16/06H04W52/225H04W52/226H04W52/24H04W52/325H04W52/34H04W52/40H04W52/50
    • The invention proposes a method for controlling a network, comprising at least one cell served by a first type network device, wherein the first type network device is adapted to serve second type network devices, wherein the emission of the first type network device includes an individual pilot signal to the second type network devices, and the emission of the second type network devices includes measurement reports including information on the status and the situation of the respective device, the method comprising the steps of detecting information (S1) in the second type network devices, said information indicating the power level of the pilot signals received,collecting (S2) measurement reports (MR) from the second type network devices, said measurement reports (MR) including the pilot power information gained in the detecting step (S1), evaluating (S3) the pilot signal power coverage in that cell on the basis of a pre-given number of measurement reports (MR), automatically adjusting (s4) the pilot signal power coverage in that cell on the basis of the result of the evaluation step. The invention proposes also a device for controlling a network.
    • 本发明提出了一种用于控制网络的方法,包括由第一类型网络设备服务的至少一个小区,其中所述第一类型网络设备适于服务第二类型网络设备,其中所述第一类型网络设备的发射包括个体 导频信号到第二类型网络设备,并且第二类型网络设备的发射包括测量报告,包括关于相应设备的状态和状况的信息,该方法包括以下步骤:检测第二类型网络中的信息(S1) 所述信息指示接收的导频信号的功率电平,从第二类型网络装置收集(S2)测量报告(MR),包括在检测步骤(S1)中获得的导频功率信息的所述测量报告(MR) 基于预先给定的测量报告数(MR)来评估(S3)该小区中的导频信号功率覆盖,自动调整 基于评估步骤的结果,ing(s4)该单元中的导频信号功率覆盖。 本发明还提出了一种用于控制网络的设备。
    • 6. 发明申请
    • METHOD AND SYSTEM FOR OPTIMISING THE PERFORMANCE OF A NETWORK
    • 优化网络性能的方法和系统
    • WO2003037018A1
    • 2003-05-01
    • PCT/EP2001/012374
    • 2001-10-25
    • NOKIA CORPORATIONLAIHO, JaanaHÖGLUND, AlbertNOVOSAD, Tomas
    • LAIHO, JaanaHÖGLUND, AlbertNOVOSAD, Tomas
    • H04Q7/36
    • H04W24/02H04L41/00H04L41/5025H04Q3/0062
    • When optimising the performance of the network, first of all, the relevant key performance indicators for a specific entity within the network as well as first parameters, which influence the key performance indicators, are determined. A number of entities similar to said specific entity is selected, wherein relevant key performance indicators are associated to every en-tity. The key performance indicators as well as the selected number of en-tities are used as elements in a first cost function, i.e. said first cost func-tion is calculated on the basis of the KPI and the number of entities. Said first cost function is calculated in order to evaluate the network perform-ance. Accordingly, since said first parameters directly relate to the key per-formance indicators, the network performance will depend on the values of said first parameters. Thereafter the values of said first parameters are adjusted, so that a sec-ond set of values of said first parameters are obtained. The key perform-ance indicators are determined again but this time on the basis of the sec-ond values of said first parameters and said first cost function is re-calculated on the basis of these key performance indicators. The result of said first cost function calculated on the basis of said first values of said first parameters is compared to the result of said first cost function re-calculated on the basis of said second values of said first parameters. This comparison is carried out to determine whether the network performance has improved. When the network performance has improved due to the adjusting of said first parameters, said second values of said first parame-ters are adopted as permanent parameters.
    • 在优化网络性能的同时,首先确定网络中特定实体的相关关键性能指标以及影响关键性能指标的第一参数。 选择与所述特定实体相似的多个实体,其中相关的关键性能指示符与每个实体相关联。 主要绩效指标以及选定数量的能力被用作第一成本函数中的要素,即所述第一成本函数是根据KPI和实体数量来计算的。 计算所述第一个成本函数以评估网络性能。 因此,由于所述第一参数直接与密钥性能指标相关,网络性能将取决于所述第一参数的值。 此后,调整所述第一参数的值,从而获得所述第一参数的第二组值。 重要的性能指标被再次确定,但是这次基于所述第一参数的第二个值,并且基于这些关键性能指标重新计算所述第一成本函数。 基于所述第一参数的所述第一值计算的所述第一成本函数的结果与基于所述第一参数的所述第二值重新计算的所述第一成本函数的结果进行比较。 进行这种比较以确定网络性能是否有所改善。 当网络性能由于所述第一参数的调整而改善时,所述第一参数的所述第二值被采用为永久参数。