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    • 3. 发明授权
    • Message-wise unequal error protection
    • 消息式不相等的错误保护
    • US08539301B2
    • 2013-09-17
    • US12908196
    • 2010-10-20
    • Chen GongGuosen YueXiaodong Wang
    • Chen GongGuosen YueXiaodong Wang
    • H03M13/00
    • H03M13/356H03M13/1105
    • Message-wise unequal error protection is provided using codeword flipping to separate special and ordinary codewords without discarding any codewords. Special messages are encoded to ensure the codeword weight is less than a certain threshold weight. Ordinary messages are encoded to ensure the codeword weight is greater than the threshold weight. The bits of the codeword are flipped to enforce the weight criterion. Ordinary and special messages are encoded using different encodings to provide different levels of error protection. Upon receipt, codewords are separated into special and ordinary codewords for appropriate decoding. If a codeword is of indeterminate type, it is iteratively processed as both a special codeword and an ordinary codeword. The decoding result of each process is periodically checked to determine which decoding result satisfies decoding criteria.
    • 使用码字翻转来分离特殊的和普通的码字,而不丢弃任何码字来提供消息不均的错误保护。 编码特殊消息以确保码字权重小于某一阈值权重。 对普通消息进行编码以确保码字权重大于阈值权重。 代码字的位被翻转以强制加权标准。 使用不同的编码对普通和特殊的消息进行编码,以提供不同级别的错误保护。 一旦接收到,将码字分成特殊的和普通的码字,以进行适当的解码。 如果码字是不确定类型,则它被迭代地处理为特殊码字和普通码字。 定期检查每个处理的解码结果,以确定哪个解码结果满足解码标准。
    • 4. 发明申请
    • Message-Wise Unequal Error Protection
    • 消息智能不平等的错误保护
    • US20110093760A1
    • 2011-04-21
    • US12908196
    • 2010-10-20
    • Chen GongGuosen YueXiaodong Wang
    • Chen GongGuosen YueXiaodong Wang
    • H03M13/09
    • H03M13/356H03M13/1105
    • Message-wise unequal error protection is provided using codeword flipping to separate special and ordinary codewords without discarding any codewords. Special messages are encoded to ensure the codeword weight is less than a certain threshold weight. Ordinary messages are encoded to ensure the codeword weight is greater than the threshold weight. The bits of the codeword are flipped to enforce the weight criterion. Ordinary and special messages are encoded using different encodings to provide different levels of error protection. Upon receipt, codewords are separated into special and ordinary codewords for appropriate decoding. If a codeword is of indeterminate type, it is iteratively processed as both a special codeword and an ordinary codeword. The decoding result of each process is periodically checked to determine which decoding result satisfies decoding criteria.
    • 使用码字翻转来分离特殊的和普通的码字,而不丢弃任何码字来提供消息不均的错误保护。 编码特殊消息以确保码字权重小于某一阈值权重。 对普通消息进行编码以确保码字权重大于阈值权重。 代码字的位被翻转以强制加权标准。 使用不同的编码对普通和特殊的消息进行编码,以提供不同级别的错误保护。 一旦接收到,将码字分成特殊的和普通的码字,以进行适当的解码。 如果码字是不确定类型,则它被迭代地处理为特殊码字和普通码字。 定期检查每个处理的解码结果,以确定哪个解码结果满足解码标准。
    • 8. 发明申请
    • GROUP GAMING PLATFORM FOR MOBILE DEVICES IN PROXIMITY
    • 用于移动设备的群组游戏平台
    • US20150373509A1
    • 2015-12-24
    • US14514765
    • 2014-10-15
    • Xiaodong WangSteve X. GuShangpin Chang
    • Xiaodong WangSteve X. GuShangpin Chang
    • H04W4/08A63F13/35A63F13/87H04W4/00H04W76/02
    • H04W4/08A63F13/30A63F13/35A63F13/87H04W4/80H04W76/14H04W84/12H04W84/20
    • Apparatus and method are provided for a group gaming platform for mobile devices in proximity. In one novel aspect, a Game Directory Service provides an ad-hoc game list to all registered UEs. A registrar UE collects locally installed games from registered subscriber UEs and updates the list based on trigger events. In another novel aspect, the Executable Distribution Service is provided to expedite the downloading. A game-host UE sends a united resource location of an installer for the group game to all invited UEs together with the invitation message. In another novel aspect, Remote Game Hosting Service enables a passive-client UE to play a group game without installing the game locally. The passive-client UE relays detected sensor readings to a passive-host UE. The passive-host UE uses peer messaging and scene streaming to run the game logic and to stream the scene sequences to one or more passive-client UEs.
    • 提供了用于邻近的移动设备的组游戏平台的装置和方法。 在一个新颖的方面,游戏目录服务向所有注册的UE提供一个特别的游戏列表。 注册商UE从注册用户UE收集本地安装的游戏,并且基于触发事件来更新该列表。 在另一个新颖的方面,提供可执行分发服务来加速下载。 游戏主机UE与邀请消息一起向所有被邀请的UE发送用于组游戏的安装者的联合资源位置。 在另一个新颖的方面,远程游戏主机服务使被动客户端UE能够在不在本地安装游戏的情况下播放组游戏。 无源客户端UE将检测到的传感器读数中继到被动主机UE。 被动主机UE使用对等消息和场景流来运行游戏逻辑并将场景序列流传送到一个或多个被动客户端UE。
    • 9. 发明申请
    • DISCOVERY AND NETWORKING OF PROXIMATE WIRELESS DEVICES BY ACCOUSTIC MESSAGING
    • 通过消声消除发现和网络化无线设备
    • US20150327045A1
    • 2015-11-12
    • US14341787
    • 2014-07-26
    • Shangpin ChangXiaodong WangSteve X. Gu
    • Shangpin ChangXiaodong WangSteve X. Gu
    • H04W8/00H04W56/00H04W72/04
    • H04W8/005H04W4/023H04W56/001H04W72/0453H04W84/12
    • Apparatus and method are provided for discovery and networking of proximate devices using acoustic messaging. In one novel aspect, a peer discovery protocol is used to discover proximate devices using voting messages encoded in ultrasonic waveform. In one embodiment, the UE receives one or more voting messages from neighboring UEs encoded in ultrasonic waveform, builds its voting message and broadcasts the voting message encoded in ultrasonic waveform. In another embodiment, based on the voting result, a multi-tier wireless LAN is established by the master UEs through two RF interfaces. In another novel aspect, an optimized synchronization by the receiver is used to locate the transmitted frame boundary of the ultrasonic message. In one embodiment, the UE reversed-looks up a pre-calculated boundary-offset table to estimate the tone boundary and searches the maximum synchronization tone energy down to per sampling interval using a predefined search algorithm to optimize locating the tone boundary.
    • 提供装置和方法用于使用声学信息发现和联接邻近的装置。 在一个新颖的方面,使用对等体发现协议来发现使用以超声波形式编码的投票消息的邻近设备。 在一个实施例中,UE从以超声波波形编码的相邻UE接收一个或多个投票消息,建立其投票消息并广播以超声波波形编码的投票消息。 在另一实施例中,基于投票结果,由主UE通过两个RF接口建立多层无线LAN。 在另一个新颖的方面,使用接收机优化的同步来定位超声波消息的传输帧边界。 在一个实施例中,UE反向查找预先计算的边界偏移表以估计音调边界,并且使用预定义的搜索算法将最大同步音调下降到每采样间隔,以优化定位音调边界。