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    • 3. 发明申请
    • Dynamic differentiated link adaptation for ultra-wideband communication system
    • 用于超宽带通信系统的动态差分链路适配
    • US20050201446A1
    • 2005-09-15
    • US11075254
    • 2005-03-08
    • Yeheskel Bar-NessJordi Diaz
    • Yeheskel Bar-NessJordi Diaz
    • H04B1/69
    • H04B1/7183H04B1/7176H04B1/719
    • Optimum usage of time diversity and significantly higher data rates are achieved by utilizing an adaptive Ultra-wideband impulse radio (UWB IR) transmission scheme based upon information about the channel state at a particular time instant. Through the use of channel state information, the transmission scheme is adjusted for the particular channel state. In particular, the system is adapted dynamically for each user by varying the number of pulses transmitted per bit in response to the channel state. The channel state is a dynamic parameter of the transmission system that is typically measured or estimated by the receiver. An adaptation element responds to the channel state information to determine a desired number of pulses per bit to be utilized in a transmission channel for subsequent UWB IR communication. This desired number of pulses per bit is then supplied to and used by an adaptive transmitter for subsequent transmission by a particular mobile station.
    • 通过利用基于在特定时刻的信道状态的信息的自适应超宽带脉冲无线电(UWB IR)传输方案来实现时间分集和显着更高数据速率的最佳使用。 通过使用信道状态信息,针对特定信道状态调整传输方案。 特别地,通过响应于信道状态改变每比特发送的脉冲数,系统针对每个用户动态地适配。 信道状态是通常由接收机测量或估计的传输系统的动态参数。 适应元件响应于信道状态信息,以确定用于随后的UWB IR通信的传输信道中要利用的每个位的所需脉冲数。 然后将每个位的所需数量的脉冲提供给自适应发射机并由特定移动台进行后续传输。
    • 4. 发明授权
    • Dynamic differentiated link adaptation for ultra-wideband communication system
    • 用于超宽带通信系统的动态差分链路适配
    • US07386045B2
    • 2008-06-10
    • US11075254
    • 2005-03-08
    • Yeheskel Bar-NessJordi Diaz
    • Yeheskel Bar-NessJordi Diaz
    • H03K7/08H03K7/04
    • H04B1/7183H04B1/7176H04B1/719
    • Optimum usage of time diversity and significantly higher data rates are achieved by utilizing an adaptive Ultra-wideband impulse radio (UWB IR) transmission scheme based upon information about the channel state at a particular time instant. Through the use of channel state information, the transmission scheme is adjusted for the particular channel state. In particular, the system is adapted dynamically for each user by varying the number of pulses transmitted per bit in response to the channel state. The channel state is a dynamic parameter of the transmission system that is typically measured or estimated by the receiver. An adaptation element responds to the channel state information to determine a desired number of pulses per bit to be utilized in a transmission channel for subsequent UWB IR communication. This desired number of pulses per bit is then supplied to and used by an adaptive transmitter for subsequent transmission by a particular mobile station.
    • 通过利用基于在特定时刻的信道状态的信息的自适应超宽带脉冲无线电(UWB IR)传输方案来实现时间分集和显着更高数据速率的最佳使用。 通过使用信道状态信息,针对特定信道状态调整传输方案。 特别地,通过响应于信道状态改变每比特发送的脉冲数,系统针对每个用户动态地适配。 信道状态是通常由接收机测量或估计的传输系统的动态参数。 适应元件响应于信道状态信息,以确定用于随后的UWB IR通信的传输信道中要利用的每个位的所需脉冲数。 然后将每个位的所需数量的脉冲提供给自适应发射机并由特定移动台进行后续传输。