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    • 5. 发明授权
    • Method for optimizing hard handoffs in CDMA network
    • CDMA网络硬切换优化方法
    • US06671265B1
    • 2003-12-30
    • US09250661
    • 1999-02-16
    • Yun-Seok HwangPyeong-Hwan Wee
    • Yun-Seok HwangPyeong-Hwan Wee
    • H04Q720
    • H04W24/08H04W36/165
    • Disclosed is a method for optimizing hard handoffs, e.g., between Mobile Switching Centers in a CDMA network. In the method, preliminary conditions for a hard handoff test are first set up. Idle handoffs are then performed in a hard handoff area, log data for the idle handoffs is analyzed and adjustments to communication equipment are made accordingly. Next, hard handoff tests are conducted in a traffic state in the hard handoff area. Log data of the hard handoff tests are analyzed and further adjustments to communication equipment are made if hard handoff performance during the hard handoff tests is determined to be unsatisfactory. A final hard handoff confirmation test is then performed in the hard handoff area following the latter communication equipment adjustments.
    • 公开了一种用于优化硬切换的方法,例如在CDMA网络中的移动交换中心之间。 在该方法中,首先建立了硬切换测试的初步条件。 然后在硬切换区域中执行空闲切换,分析用于空闲切换的日志数据,并相应地对通信设备进行调整。 接下来,硬切换测试在硬切换区域的交通状态中进行。 对硬切换测试的日志数据进行分析,如果硬切换测试中的硬切换性能被确定为不令人满意,则进行通信设备的进一步调整。 然后在后面的通信设备调整之后,在硬切换区域中执行最终的硬切换确认测试。
    • 8. 发明授权
    • Method for controlling forward power control utilizing an erasure indicator bit in a CDMA system
    • 利用CDMA系统中的擦除指示符位来控制正向功率控制的方法
    • US06501958B1
    • 2002-12-31
    • US09360915
    • 1999-07-26
    • Yun-seok HwangPyeong-hwan Wee
    • Yun-seok HwangPyeong-hwan Wee
    • H04B700
    • H04W52/60H04W52/143H04W52/34H04W52/36H04W52/50
    • A method for controlling forward power utilizing 13K erasure indicator bit in a CDMA system improves the call quality and subscriber capacity by setting a nominal_gain, a maximum traffic channel gain (max_tx_gain), a minimum traffic channel gain (min_tx_gain), and a reduction rate in an optimal combination, wherein the nominal_gain is initial gain of primary traffic channel, the max_tx_gain is maximum gain of traffic channel, the min_tx_gain is minimum gain of traffic channel, and the reduction rate represents a cycle rate to decrease the digital gain by 1 for the received frames. The nominal_gain satisfies E b N o = E c I o + P . G + 10 ⁢   ⁢ log ⁡ [ ( G T ) 2 ( G P ) 2 ] , where E b N o is signal strength of traffic channel, E c I o is pilot signal strength, P.G is power gain, GP is pilot signal gain, and GT is traffic signal gain, and the nominal_gain is adjusted so that a mobile station can have signal strength of traffic channel as 5 dB or more on condition that the pilot signal strength is −14 dB.
    • 利用CDMA系统中的13K擦除指示符比特来控制正向功率的方法通过设置一个标称值,最大业务信道增益(max_tx_gain),最小业务信道增益(min_tx_gain)和一个减少率来降低呼叫质量和用户容量 最佳组合,其中nominal_gain是主业务信道的初始增益,max_tx_gain是业务信道的最大增益,min_tx_gain是业务信道的最小增益,并且减少率表示将数字增益减小1的周期速率 收到的帧。 nominal_gain满足业务信道的信号强度,是导频信号强度,PG是功率增益,GP是导频信号增益,GT是业务信号增益,并且调整nominal_gain,使得移动台可以具有业务信道的信号强度 在导频信号强度为-14 dB的条件下为5 dB以上。