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    • 1. 发明授权
    • Method and apparatus for minimizing the number of samples needed to
determine cell area coverage reliability in a radiotelephone system
    • 用于最小化在无线电话系统中确定小区面积覆盖可靠性所需的样本数量的方法和装置
    • US6041236A
    • 2000-03-21
    • US769690
    • 1996-12-18
    • Charles P. BernardinMeng F. Yee
    • Charles P. BernardinMeng F. Yee
    • H04W16/18H04Q7/22
    • H04W16/18
    • A robust method for determining the boundaries of cells and the associated reliability of the RF coverage within these boundaries is presented. The invention accurately determines the average range from the base station to the cell edge from RF signal strength measurements with a linear regression approach. The accuracy of this estimate is quantified both as a range uncertainty (e.g. .+-.100 meters) and as a cell coverage reliability (i.e. area/edge) through 1) simulation, 2) analysis of real data, and 3) theoretical analysis. It is shown that if the estimate of the cell radius meets the desired accuracy, then the corresponding estimates of coverage reliability (both area and edge) are more than sufficiently accurate. It is recommended that radio survey analyses incorporate this test as part of the coverage validation process.
    • 提出了一种用于确定单元边界的鲁棒方法以及这些边界内RF覆盖的相关可靠性。 本发明使用线性回归方法从RF信号强度测量精确地确定从基站到小区边缘的平均范围。 通过1)模拟,2)实际数据的分析,以及3)理论分析,将该估计的准确度量化为范围不确定性(例如+/- 100米)和细胞覆盖可靠性(即区域/边缘)。 显示如果小区半径的估计满足期望的精度,则覆盖可靠性(面积和边缘)的相应估计值足够准确。 建议无线电测量分析将该测试作为覆盖验证过程的一部分。
    • 2. 发明授权
    • Method and apparatus for a radiotelephone system optimized for cell
boundary coverage reliability
    • 针对小区边界覆盖可靠性优化的无线电话系统的方法和装置
    • US5966661A
    • 1999-10-12
    • US768713
    • 1996-12-18
    • Charles P. BernardinMeng F. Yee
    • Charles P. BernardinMeng F. Yee
    • H04W16/18H04Q7/20
    • H04W16/18
    • A robust method for determining the boundaries of cells and the associated reliability of the RF coverage within these boundaries is presented. The invention accurately determines the average range from the base station to the cell edge from RF signal strength measurements with a linear regression approach. The accuracy of this estimate is quantified both as a range uncertainty (e.g. .+-.100 meters) and as a cell coverage reliability (i.e. area/edge) through 1) simulation, 2) analysis of real data, and 3) theoretical analysis. It is shown that if the estimate of the cell radius meets the desired accuracy, then the corresponding estimates of coverage reliability (both area and edge) are more than sufficiently accurate. It is recommended that radio survey analyses incorporate this test as part of the coverage validation process.
    • 提出了一种用于确定单元边界的鲁棒方法以及这些边界内RF覆盖的相关可靠性。 本发明使用线性回归方法从RF信号强度测量精确地确定从基站到小区边缘的平均范围。 通过1)模拟,2)实际数据的分析,以及3)理论分析,将该估计的准确度量化为范围不确定性(例如+/- 100米)和细胞覆盖可靠性(即区域/边缘)。 显示如果小区半径的估计满足期望的精度,则覆盖可靠性(面积和边缘)的相应估计值足够准确。 建议无线电测量分析将该测试作为覆盖验证过程的一部分。
    • 3. 发明授权
    • Method and apparatus for minimizing the number of samples needed to
determine cell radius coverage contour reliability in a radiotelephone
system
    • 用于最小化在无线电话系统中确定小区半径覆盖轮廓可靠性所需的样本数量的方法和装置
    • US5983106A
    • 1999-11-09
    • US768450
    • 1996-12-18
    • Charles P. BernardinMeng F. Yee
    • Charles P. BernardinMeng F. Yee
    • H04W16/18H04Q7/20
    • H04W16/18
    • A robust method for determining the boundaries of cells and the associated reliability of the RF coverage within these boundaries is presented. The invention accurately determines the average range from the base station to the cell edge from RF signal strength measurements with a linear regression approach. The accuracy of this estimate is quantified both as a range uncertainty (e.g. .+-.100 meters) and as a cell coverage reliability (i.e. area/edge) through 1) simulation, 2) analysis of real data, and 3) theoretical analysis. It is shown that if the estimate of the cell radius meets the desired accuracy, then the corresponding estimates of coverage reliability (both area and edge) are more than sufficiently accurate. It is recommended that radio survey analyses incorporate this test as part of the coverage validation process.
    • 提出了一种用于确定单元边界的鲁棒方法以及这些边界内RF覆盖的相关可靠性。 本发明使用线性回归方法从RF信号强度测量精确地确定从基站到小区边缘的平均范围。 通过1)模拟,2)实际数据的分析,以及3)理论分析,将该估计的准确度量化为范围不确定性(例如+/- 100米)和细胞覆盖可靠性(即区域/边缘)。 显示如果小区半径的估计满足期望的精度,则覆盖可靠性(面积和边缘)的相应估计值足够准确。 建议无线电测量分析将此测试作为覆盖验证过程的一部分。
    • 4. 发明授权
    • Method and apparatus for minimizing the area sampled to determine cell area coverage reliability in a radiotelephone system
    • 用于最小化采样区域以确定无线电话系统中的小区区域覆盖可靠性的方法和装置
    • US06173185B2
    • 2001-01-09
    • US08768493
    • 1996-12-18
    • Charles P. BernardinMeng F. Yee
    • Charles P. BernardinMeng F. Yee
    • H04Q720
    • H04W16/18
    • A robust method for determining the boundaries of cells and the associated reliability of the RF coverage within these boundaries is presented. The invention accurately determines the average range from the base station to the cell edge from RF signal strength measurements with a linear regression approach. The accuracy of this estimate is quantified both as a range uncertainty (e.g. ±100 meters) and as a cell coverage reliability (i.e. area/edge) through 1) simulation, 2) analysis of real data, and 3) theoretical analysis. It is shown that if the estimate of the cell radius meets the desired accuracy, then the corresponding estimates of coverage reliability (both area and edge) are more than sufficiently accurate. It is recommended that radio survey analyses incorporate this test as part of the coverage validation process.
    • 提出了一种用于确定单元边界的鲁棒方法以及这些边界内RF覆盖的相关可靠性。 本发明使用线性回归方法从RF信号强度测量精确地确定从基站到小区边缘的平均范围。 通过1)模拟,2)真实数据的分析,以及3)理论分析,将该估计的准确度量化为范围不确定性(例如,±100米)和小区覆盖可靠性(即区域/边缘)。 显示如果小区半径的估计满足期望的精度,则覆盖可靠性(面积和边缘)的相应估计值足够准确。 建议无线电测量分析将该测试作为覆盖验证过程的一部分。
    • 5. 发明授权
    • Method and apparatus for estimating cell radius and area coverage
reliability in a radiotelephone system
    • 用于估计无线电话系统中小区半径和面积覆盖可靠性的方法和装置
    • US6006095A
    • 1999-12-21
    • US768714
    • 1996-12-18
    • Charles P. BernardinMeng F. Yee
    • Charles P. BernardinMeng F. Yee
    • H04W24/00H04Q7/20
    • H04W24/00
    • A robust method for determining the boundaries of cells and the associated reliability of the RF coverage within these boundaries is presented. The invention accurately determines the average range from the base station to the cell edge from RF signal strength measurements with a linear regression approach. The accuracy of this estimate is quantified both as a range uncertainty (e.g. .+-.100 meters) and as a cell coverage reliability (i.e. area/edge) through 1) simulation, 2) analysis of real data, and 3) theoretical analysis. It is shown that if the estimate of the cell radius meets the desired accuracy, then the corresponding estimates of coverage reliability (both area and edge) are more than sufficiently accurate. It is recommended that radio survey analyses incorporate this test as part of the coverage validation process.
    • 提出了一种用于确定单元边界的鲁棒方法以及这些边界内RF覆盖的相关可靠性。 本发明使用线性回归方法从RF信号强度测量精确地确定从基站到小区边缘的平均范围。 通过1)模拟,2)实际数据的分析,以及3)理论分析,将该估计的准确度量化为范围不确定性(例如+/- 100米)和细胞覆盖可靠性(即区域/边缘)。 显示如果小区半径的估计满足期望的精度,则覆盖可靠性(面积和边缘)的相应估计值足够准确。 建议无线电测量分析将此测试作为覆盖验证过程的一部分。