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    • 2. 发明申请
    • Updating of Intelligent Message Waiting Notification
    • 更新智能邮件等待通知
    • US20110111733A1
    • 2011-05-12
    • US13007859
    • 2011-01-17
    • Donald Michael CardinaCharles Martin Link, II
    • Donald Michael CardinaCharles Martin Link, II
    • H04W4/12H04B7/00
    • H04W4/14H04L51/066H04L51/24H04L51/38H04W88/06
    • A system, computer-readable medium system, and method which provide for delivering notifications to a mobile device where the provider has first and second mobile technology types. Initially, a notification is received from a notification sub-system. A first communication of the notification to the mobile device is then attempted via the first technology type. Where the mobile device has the second technology type, an error signal is received that the attempt has failed. Next, a second communication of the notification to the mobile device is attempted via the second technology type. Where the mobile device has the second technology type and receives the notification, a delivery signal that the attempt was successful is received. After the delivery signal is received, logging of the second technology type of the mobile device is made so that thereafter, any new notification is attempted using the logged second technology type.
    • 一种系统,计算机可读介质系统和方法,其提供向提供者具有第一和第二移动技术类型的移动设备的通知。 最初,从通知子系统接收到通知。 然后通过第一技术类型尝试通知移动设备的第一通信。 在移动设备具有第二种技术类型的情况下,接收到尝试失败的错误信号。 接下来,经由第二技术类型尝试通知移动设备的第二通信。 在移动设备具有第二技术类型并且接收到通知的情况下,接收到尝试成功的传递信号。 在接收到传送信号之后,记录移动设备的第二技术类型,此后,使用记录的第二技术类型尝试任何新的通知。
    • 7. 发明申请
    • Updating of Intelligent Message Waiting Notification
    • 更新智能邮件等待通知
    • US20100048179A1
    • 2010-02-25
    • US12612522
    • 2009-11-04
    • Donald Michael CardinaCharles Martin Link, II
    • Donald Michael CardinaCharles Martin Link, II
    • H04M3/537
    • H04W4/14H04L51/066H04L51/24H04L51/38H04W88/06
    • A system, computer-readable medium system, and method which provide for delivering notifications to a mobile device where the provider has first and second mobile technology types. Initially, a notification is received from a notification sub-system. A first communication of the notification to the mobile device is then attempted via the first technology type. Where the mobile device has the second technology type, an error signal is received that the attempt has failed. Next, a second communication of the notification to the mobile device is attempted via the second technology type. Where the mobile device has the second technology type and receives the notification, a delivery signal that the attempt was successful is received. After the delivery signal is received, logging of the second technology type of the mobile device is made so that thereafter, any new notification is attempted using the logged second technology type.
    • 一种系统,计算机可读介质系统和方法,其提供向提供者具有第一和第二移动技术类型的移动设备的通知。 最初,从通知子系统接收到通知。 然后通过第一技术类型尝试通知移动设备的第一通信。 在移动设备具有第二种技术类型的情况下,接收到尝试失败的错误信号。 接下来,经由第二技术类型尝试通知移动设备的第二通信。 在移动设备具有第二技术类型并且接收到通知的情况下,接收到尝试成功的传递信号。 在接收到传送信号之后,记录移动设备的第二技术类型,此后,使用记录的第二技术类型尝试任何新的通知。
    • 8. 发明申请
    • Electronic Device and Method for Performing Multiple Processes with the Electronic Device
    • 用电子设备执行多重处理的电子设备和方法
    • US20080141269A1
    • 2008-06-12
    • US11632729
    • 2005-07-05
    • Dietmar SpankeStefan MaierMartin Link
    • Dietmar SpankeStefan MaierMartin Link
    • G06F9/46
    • G01F23/0069G01F23/284
    • The invention relates to an electronic device (1) and a method for carrying out several processes with said electronic device (1), by means of which rapid solution times may be achieved in a resource-saving manner, whereby, in operation, said electronic device (1) carries out first and second processes (P1, P2), of which the first process (P1) may be carried out in the form of an approximation (P1-N) and in the form of an executable calculation (P1-B). The electronic device comprises a processor (9), for carrying out processes (P1, P2) and an electronic unit (11) comprises a device which recognizes whether the processor (9) is active and serves to carry out the first process (P1) during a simultaneous processing of two processes by the processor (9), by itself determining the approximation (P1-N), used in place of an executable calculation (P1-B), carried out by the processor (9).
    • 本发明涉及一种电子设备(1)和一种用于利用所述电子设备(1)进行多个处理的方法,借助于此可以以资源节约的方式实现快速的解决时间,从而在操作中所述电子设备 设备(1)执行第一和第二进程(P 1,P 2),其中第一进程(P 1)可以以近似(P 1 -N)的形式执行,并且以可执行的形式 计算(P 1 -B)。 电子设备包括用于执行处理(P 1,P 2)的处理器(9),并且电子单元(11)包括识别处理器(9)是否有效并用于执行第一处理的设备(11) P 1)在由处理器(9)同时处理两个处理期间,通过本身确定用于代替由处理器(9)执行的可执行计算(P 1 -B)的近似(P 1 -N) )。
    • 9. 发明授权
    • Method of transmitting and/or storing digitized, data-reduced audio
signals
    • 发送和/或存储数字化,数据简化的音频信号的方法
    • US5659660A
    • 1997-08-19
    • US313255
    • 1995-01-03
    • George PlengeDetlef WieseMartin Link
    • George PlengeDetlef WieseMartin Link
    • H04B1/62H04B1/66G10L9/00
    • H04B1/665H04B1/62H04B1/66
    • A method of encoding an audio signal for transmission and/or for storage includes changing a digitized audio signal based on a selected signal changing criteria. The changed digitized audio signal is encoded, based at least on an available data rate for transmitting and/or storing the audio signal, for reducing an amount of data associated with the changed, digitized audio signal. The reduced-data audio signal is then evaluated for determining whether a code overload condition exists. If a code overload condition exists, another signal changing criteria is selected. A time behavior and/or a spectral distribution of the digitized audio signal is recursively changed based on the another signal changing criteria before the amount of data associated with the digitized audio signal is reduced so that deterioration of reduced-data audio signal is not perceptible when the coded signal is decoded. The recursively changed digitized audio signal is encoded for reducing an amount of data associated with the recursively changed digitized audio signal based at least on the available data rate. Lastly, the recursively changed encoded reduced-data digitized audio signal is transmitted and/or stored.
    • PCT No.PCT / EP93 / 00690 Sec。 371日期1995年1月3日 102(e)日期1995年1月3日PCT 1993年3月22日PCT公布。 公开号WO93 / 21694 PCT 日期1993年10月28日一种用于发送和/或存储的音频信号的编码方法包括:基于所选择的信号改变标准来改变数字化的音频信号。 至少基于用于发送和/或存储音频信号的可用数据速率,改变的数字化音频信号被编码,以减少与改变的数字化音频信号相关联的数据量。 然后评估缩减数据音频信号以确定是否存在代码过载条件。 如果存在代码过载条件,则选择另一个信号更改条件。 在与数字化音频信号相关联的数据量减少之前,基于另一个信号改变标准,数字化音频信号的时间行为和/或频谱分布被递归地改变,使得减少数据音频信号的恶化不可察觉, 编码信号被解码。 编码递归改变的数字化音频信号,以至少基于可用的数据速率来减少与递归改变的数字化音频信号相关联的数据量。 最后,传送和/或存储递归改变的编码缩减数据数字化音频信号。