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    • 1. 发明授权
    • Scalable synchronous packet transmit scheduler
    • 可扩展同步分组传输调度器
    • US07151745B2
    • 2006-12-19
    • US10008873
    • 2001-11-08
    • John LinParis Chen
    • John LinParis Chen
    • H04J1/16H04J3/14
    • H04W72/1242
    • A baseband controller system creates and maintains a schedule of synchronized events and reviews the schedule as a part of determining whether to initiate a transmission of a non-synchronous event. One aspect is to avoid a possibility of collision between synchronized and non-synchronized communication events. The schedule of synchronized events are evaluated in relation to the present time and determine whether a non-synchronized event may be transmitted without the likelihood of a collision. The transmission determination includes evaluating future time periods to see if a synchronized event is scheduled during a time period in which the non-synchronized event would continue to be transmitted for those non-synchronized events that span two or more defined time periods in length.
    • 基带控制器系统创建并维护同步事件的调度并且将该调度作为确定是否发起非同步事件的发送的一部分来审查。 一个方面是避免在同步和非同步通信事件之间发生冲突的可能性。 相对于当前时间评估同步事件的调度,并且确定是否可以在没有碰撞的可能性的情况下发送非同步事件。 传输确定包括评估未来时间段,以查看是否在对跨越两个或更多个定义的时间段长度的那些非同步事件继续发送非同步事件的时间段期间调度同步事件。
    • 2. 发明授权
    • Scalable synchronous packet transmit scheduler
    • 可扩展同步分组传输调度器
    • US07756100B2
    • 2010-07-13
    • US11612468
    • 2006-12-18
    • John LinParis Chen
    • John LinParis Chen
    • H04B7/212
    • H04W72/1242
    • A baseband controller system creates and maintains a schedule of synchronized events and reviews the schedule as a part of determining whether to initiate a transmission of a non-synchronous event (one that is not time sensitive, for example, e-mail). One aspect of the present invention is to create a system and method that avoids a possibility of collision between synchronized and non-synchronized communication events. A synchronized event is a scheduled transmission of time sensitive data such as what is often known as continuous bit rate data. Examples include video and voice wherein a collision (inability to transmit the continuous bit rate data) may result in degradation of signal quality at the receiving end. The inventive system and method evaluate the schedule of synchronized events in relation to the present time and determine whether a non-synchronized event may be transmitted without the likelihood of a collision. Making the determination that such a transmission may occur includes evaluating future time periods to see if a synchronized event is scheduled during a time period in which the non-synchronized event would continue to be transmitted for those non-synchronized events that span two or more defined time periods in length.
    • 基带控制器系统创建并维护同步事件的调度并且将该调度作为确定是否发起非同步事件(不是时间敏感的事件(例如,电子邮件))的一部分来审查。 本发明的一个方面是创建一种避免同步和非同步通信事件之间的冲突的可能性的系统和方法。 同步事件是时间敏感数据的预定传输,例如通常称为连续比特率数据。 其中碰撞(不能发送连续比特率数据)的视频和语音可能导致接收端的信号质量下降。 本发明的系统和方法评估与当前时间相关的同步事件的调度,并且确定是否可以在没有碰撞的可能性的情况下发送非同步事件。 确定可能发生这种传输包括评估未来时间段以查看是否在在跨越两个或更多个定义的那些非同步事件的情况下继续发送非同步事件的时间段期间调度同步事件 时间长度。
    • 3. 发明申请
    • Scalable Synchronous Packet Transmit Scheduler
    • 可扩展同步分组传输调度程序
    • US20070086473A1
    • 2007-04-19
    • US11612468
    • 2006-12-18
    • John LinParis Chen
    • John LinParis Chen
    • H04L12/413H04L12/43
    • H04W72/1242
    • A baseband controller system creates and maintains a schedule of synchronized events and reviews the schedule as a part of determining whether to initiate a transmission of a non-synchronous event (one that is not time sensitive, for example, e-mail). One aspect of the present invention is to create a system and method that avoids a possibility of collision between synchronized and non-synchronized communication events. A synchronized event is a scheduled transmission of time sensitive data such as what is often known as continuous bit rate data. Examples include video and voice wherein a collision (inability to transmit the continuous bit rate data) may result in degradation of signal quality at the receiving end. The inventive system and method evaluate the schedule of synchronized events in relation to the present time and determine whether a non-synchronized event may be transmitted without the likelihood of a collision. Making the determination that such a transmission may occur includes evaluating future time periods to see if a synchronized event is scheduled during a time period in which the non-synchronized event would continue to be transmitted for those non-synchronized events that span two or more defined time periods in length.
    • 基带控制器系统创建并维护同步事件的调度并且将该调度作为确定是否发起非同步事件(不是时间敏感的事件(例如,电子邮件))的一部分来审查。 本发明的一个方面是创建一种避免同步和非同步通信事件之间的冲突的可能性的系统和方法。 同步事件是时间敏感数据的预定传输,例如通常称为连续比特率数据。 其中碰撞(不能发送连续比特率数据)的视频和语音可能导致接收端的信号质量下降。 本发明的系统和方法评估与当前时间相关的同步事件的调度,并且确定是否可以在没有碰撞的可能性的情况下发送非同步事件。 确定可能发生这种传输包括评估未来时间段以查看是否在在跨越两个或更多个定义的那些非同步事件的情况下继续发送非同步事件的时间段期间调度同步事件 时间长度。