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    • 12. 发明申请
    • Mobile terminal and anti-stolen method thereof
    • 移动终端及其防盗方法
    • US20150084773A1
    • 2015-03-26
    • US14398002
    • 2012-07-27
    • Liqin FuLei YuanKefei LiQiuzhu LiJianping ShuangXing Liu
    • Liqin FuLei YuanKefei LiQiuzhu LiJianping ShuangXing Liu
    • G08B13/14H04W12/12
    • G08B13/14G06F21/00G06F21/88H04M1/274575H04M1/67H04M11/04H04M2250/60H04W12/12H04W12/1206
    • A mobile terminal and an anti-theft method thereof are described. The anti-theft recognition module of the mobile terminal sends a security number acquisition instruction to a security number acquisition module after determining that the mobile terminal enters an anti-theft mode, the security number acquisition module automatically acquires a security number according to the security number acquisition instruction and sends the acquired security number to an anti-theft processing module, the anti-theft processing module gives an alarm according to the received security number to help the owner of the mobile terminal retrieve the mobile terminal or the information stored in the mobile terminal, thereby minimizing the loss of the owner of the mobile terminal and eliminating the potential safety hazard brought by the loss of the personal information stored in the mobile terminal. Moreover, the security number acquisition module automatically starts up to automatically acquire a security number after the anti-theft recognition module determines that the mobile terminal enters an anti-theft mode, thus avoiding the situation that no alarm is given after the mobile terminal is lost as the owner forgets to set an alarming function or makes an error in setting the alarming function and the situation that the giving of an alarm is failed as a manually set fixed number is out of service because of an overdue bill or not used any more.
    • 描述移动终端及其防盗方法。 移动终端的防盗识别模块在确定移动终端进入防盗模式后向安全号码获取模块发送安全号码获取指令,安全号码获取模块根据安全号码自动获得安全号码 获取指令,并将获取的安全号码发送到防盗处理模块,防盗处理模块根据接收到的安全号码发出警报,以帮助移动终端的所有者检索移动终端或存储在移动终端中的信息 从而使移动终端的所有者的损失最小化,并消除由移动终端中存储的个人信息的丢失引起的潜在的安全隐患。 此外,在防盗识别模块确定移动终端进入防盗模式之后,安全号码获取模块自动启动以自动获取安全号码,从而避免在移动终端丢失之后不给出报警的情况 因为所有者忘记设置报警功能或者在设置报警功能时出错,以及报警发生失败的情况,因为手动设置的固定号码由于过期的帐单而不能使用,或者不再使用。
    • 13. 发明申请
    • VARIABLE-LENGTH CODE (VLC) BITSTREAM PARSING IN A MULTI-CORE PROCESSOR WITH BUFFER OVERLAP REGIONS
    • 具有缓冲区覆盖区域的多核处理器中的可变长度代码(VLC)BITSTREAM PARSING
    • US20100023708A1
    • 2010-01-28
    • US12177232
    • 2008-07-22
    • Kuan FengHuo Ding LiXing LiuRong YanYu YuanSheng Xu
    • Kuan FengHuo Ding LiXing LiuRong YanYu YuanSheng Xu
    • G06F12/00
    • G06F5/16
    • An information handling system includes a multi-core processor that processes variable-length code (VLC) bitstream data. The bitstream data includes multiple codewords that the processor organizes into functionally common subsets. The processor includes a general purpose processor (GPU) and one or more special purpose processor (SPUs). An SPU of the processor may includes two SPU buffers. The processor first transfers bitstream data into GPU buffer memory and then populates the SPU buffers one after another with bitstream data. The SPU buffers may each include an overlap region that the SPU populates with the same bitstream data. The SPU parses the bitstream data in the SPU buffers in alternating fashion. The SPU may shift parsing from the one SPU buffer to the other SPU buffer when parsing reaches a subset boundary within an overlap region.
    • 信息处理系统包括处理可变长度码(VLC)比特流数据的多核处理器。 比特流数据包括处理器组织成功能上共同的子集的多个码字。 处理器包括通用处理器(GPU)和一个或多个专用处理器(SPU)。 处理器的SPU可以包括两个SPU缓冲器。 处理器首先将比特流数据传输到GPU缓冲存储器中,然后用比特流数据一个接一个地填充SPU缓冲器。 SPU缓冲器可以各自包括SPU用相同比特流数据填充的重叠区域。 SPU以交替的方式解析SPU缓冲器中的位流数据。 当解析达到重叠区域内的子集边界时,SPU可以将解析从一个SPU缓冲区移位到另一个SPU缓冲区。
    • 17. 发明授权
    • Picture processing via a shared decoded picture pool
    • 通过共享解码图片池进行图片处理
    • US08300704B2
    • 2012-10-30
    • US12177212
    • 2008-07-22
    • Yu YuanRong YanSheng XuXing LiuHuo Ding Li
    • Yu YuanRong YanSheng XuXing LiuHuo Ding Li
    • H04N7/12
    • H04N19/436H04N19/423H04N19/44
    • An information handling system (IHS) may include a processor with multiple compute elements that decode pictures from an encoded video bitstream. Each compute element may perform a different part or sequential stage of a picture decoding process to obtain decoded pictures. A memory includes a decoded picture buffer that associates with a first stage of the sequential stages. The memory may also include respective decoded picture buffer snapshots for sequential stages other than the first sequential stage. A last sequential stage provides fully decoded pictures to a decoded picture pool in memory. The decoded picture buffer and decoded picture buffer snapshots may store pointers to decoded pictures in the decoded picture pool that the sequential stages need to perform decoding of pictures. In this manner, the sequential stages may share decoded pictures that the decoded picture pool stores.
    • 信息处理系统(IHS)可以包括具有从编码视频位流解码图像的多个计算单元的处理器。 每个计算元件可以执行图像解码处理的不同部分或顺序级以获得解码的图像。 存储器包括与顺序级的第一级相关联的解码图像缓冲器。 存储器还可以包括除了第一顺序级之外的顺序级的相应的解码图像缓冲器快照。 最后一个顺序阶段将完全解码的图像提供给存储器中的解码图像池。 解码图像缓冲器和解码图像缓冲器快照可以存储指向解码图像池中的解码图像的指针,顺序级需要对图像进行解码。 以这种方式,顺序级可以共享解码图像池存储的解码图像。
    • 19. 发明申请
    • PICTURE PROCESSING VIA A SHARED DECODED PICTURE POOL
    • 通过共享的解码图像池进行图像处理
    • US20100020885A1
    • 2010-01-28
    • US12177212
    • 2008-07-22
    • Yu YuanRong YanSheng XuXing LiuHuo Ding Li
    • Yu YuanRong YanSheng XuXing LiuHuo Ding Li
    • H04N7/26
    • H04N19/436H04N19/423H04N19/44
    • An information handling system (IHS) may include a processor with multiple compute elements that decode pictures from an encoded video bitstream. Each compute element may perform a different part or sequential stage of a picture decoding process to obtain decoded pictures. A memory includes a decoded picture buffer that associates with a first stage of the sequential stages. The memory may also include respective decoded picture buffer snapshots for sequential stages other than the first sequential stage. A last sequential stage provides fully decoded pictures to a decoded picture pool in memory. The decoded picture buffer and decoded picture buffer snapshots may store pointers to decoded pictures in the decoded picture pool that the sequential stages need to perform decoding of pictures. In this manner, the sequential stages may share decoded pictures that the decoded picture pool stores.
    • 信息处理系统(IHS)可以包括具有从编码视频位流解码图像的多个计算单元的处理器。 每个计算元件可以执行图像解码处理的不同部分或顺序级以获得解码的图像。 存储器包括与顺序级的第一级相关联的解码图像缓冲器。 存储器还可以包括除了第一顺序级之外的顺序级的相应的解码图像缓冲器快照。 最后一个顺序阶段将完全解码的图像提供给存储器中的解码图像池。 解码图像缓冲器和解码图像缓冲器快照可以存储指向解码图像池中的解码图像的指针,顺序级需要对图像进行解码。 以这种方式,顺序级可以共享解码图像池存储的解码图像。