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    • 7. 发明申请
    • METHOD AND APPARATUS FOR PERFORMING ACQUISITION IN POWER SAVE MODE FOR WIRELESS COMMUNICATION SYSTEMS
    • 用于无线通信系统节电模式采集的方法和装置
    • WO2004043128A2
    • 2004-05-21
    • PCT/US2003/034502
    • 2003-10-29
    • QUALCOMM, INCORPORATED
    • JOSHI, Abhay, A.HUTCHISON, James, A.BLACK, Peter, J.TURNER, SimonEKVETCHAVIT, Thunyachate
    • H14B
    • H04W48/18H04W88/06Y02D70/1224
    • Techniques to efficiently attempt acquisition of a packet data system (e.g., an IS-856 system). If a terminal has acquired one or more channels in a voice/data system (e.g., an IS-2000 system), then it can attempt acquisition on channels in the packet data system that are co-located with the acquired channels in the voice/data system. Multiple acquisition modes may be used, and on-going acquisition attempts on the co-located channels may be performed using one acquisition mode at a time in order to reduce power consumption. Acquisition attempts may be performed in a "ping-pong" manner to improve the likelihood of acquisition. For a ping-pong search, an acquisition attempt is made on the most recently acquired channel prior to an acquisition attempt on each of the remaining channels. Received signal strength estimates may also be obtained for selected channels and may be used to determine whether or not to attempt acquisition on these channels.
    • 有效地尝试采集分组数据系统(例如,IS-856系统)的技术。 如果终端已经在语音/数据系统(例如,IS-2000系统)中获取了一个或多个信道,则它可以尝试在分组数据系统中与语音/数据系统中所获取的信道共同位置的信道上的采集, 数据系统 可以使用多个采集模式,并且可以一次使用一个采集模式来执行同位置信道上的持续采集尝试,以便降低功耗。 收购尝试可以以“乒乓”方式进行,以提高获取的可能性。 对于乒乓搜索,在对每个剩余通道进行获取尝试之前,在最近获取的通道上进行采集尝试。 也可以对所选择的信道获得接收的信号强度估计,并且可以用于确定是否尝试在这些信道上进行采集。
    • 9. 发明申请
    • ACQUISITION OF A GATED PILOT
    • 收购一个放置的导弹
    • WO2003015307A2
    • 2003-02-20
    • PCT/US2002/025470
    • 2002-08-08
    • QUALCOMM INCORPORATED
    • JOSHI, Abhay, A.NEUFELD, Arthur, James
    • H04B1/707
    • H04B1/70751H04B1/70735H04B1/7077H04B1/709H04B2201/70701H04B2201/70702
    • Systems and techniques are disclosed wherein a gated pilot signal can be acquired by searching for a first gated pilot signal, deriving timing information from the search for the first gated pilot signal, and searching for a second gated pilot signal using the timing information. This can be implemented in a variety of fashions including a receiver with a searcher configured to generate a bit sequence, a correlator configured to correlate a received signal with the bit sequence, and a processor configured to detect a first gated pilot signal as a function of the correlation, derive timing information from the first gated pilot signal, and detect a second gated pilot signal by using the timing information to control the bit sequence generated by the searcher.
    • 公开了一种系统和技术,其中可以通过搜索第一门控导频信号,从搜索第一门控导频信号导出定时信息,并使用定时信息搜索第二门控导频信号来获取门控导频信号。 这可以以各种方式实现,包括具有被配置为生成比特序列的搜索器的接收机,被配置为将接收到的信号与比特序列相关联的相关器,以及被配置为检测第一门控导频信号作为 相关性,从第一门控导频信号导出定时信息,并通过使用定时信息来检测第二门控导频信号,以控制由搜索者产生的比特序列。
    • 10. 发明公开
    • TECHNIQUES FOR ACCESSING A WIRELESS COMMUNICATION SYSTEM WITH TUNE-AWAY CAPABILITY
    • 技术ZUM ZUGREIFEN AUF EIN DRAHTLOSES KOMMUNIKATIONSSYSTEM MIT WEGSTIMM-FÄHIGKEIT
    • EP1849331A1
    • 2007-10-31
    • EP06720356.2
    • 2006-01-31
    • Qualcomm Incorporated
    • REZAIIFAR, RaminJOSHI, Abhay, A.TURNER, Simon
    • H04Q7/38H04L12/56
    • H04W88/06H04B1/707H04W74/00
    • To access a first communication system, a terminal determines a transmission time for an access probe, an expected response time from the system, and a protected time interval based on the transmission time and/or expected response time. The terminal determines a starting time for sending the access probe such that the protected time interval does not overlap a tune-away interval in which the terminal is to monitor anther frequency/air-interface. This starting time may be set initially to the end of a prior access probe plus a pseudo-random wait duration and may be advanced forward or moved backward in time, if needed, by a time duration selected such that the protected time interval does not overlap the tune-away interval.
    • 为了访问第一通信系统,终端基于传输时间和/或预期响应时间确定接入探测器的传输时间,来自系统的预期响应时间和受保护时间间隔。 终端确定用于发送接入探针的开始时间,使得受保护的时间间隔不与终端监视其它频率/空中接口的调离间隔重叠。 该开始时间可以初始设置为先前接入探测的结尾加上伪随机等待持续时间,并且如果需要,可以在时间上向前推进或向后移动所选择的时间间隔,使得保护的时间间隔不重叠 调离间隔。