3MULTI-DIMENSIONAL SIGNAL PROCESSING AND CIRCUITS FOR ADVANCED ELECTRONICALLY SCANNED ANTENNA ARRAYS

来源：互联网发布：mac装win7单系统编辑：程序博客网时间：2024/05/15 02:43

LIST OF TABLES

TablePage3.1 Multiplier and adder complexities for N element ULA of the proposed and example designs of 2-D IIR beam filters in literature.
(所提N元非线性阵列乘法器&加法器的复杂性及文献中二维IIR波束滤波器设计案例)603.2 Finite precision quantizers present inside each PPCM.（每个并行核心处理模块的有限精度量化）62

3.3 Accuracy of the 2-D magnitude frequency response, FPGA resource consumption, CPD, and dynamic power consumption

of the prototype FPGA implementation for different fixed point precision levels.

（2-D幅频响应的准确性，FPGA资源消耗、CPD、和不同固定点精度水平原型（样机）FPGA实现的动态功耗。）

643.4 AT and AT2 complexities of the prototype FPGA design for different fi xed point finite precision.
（不同固定点有限精度原型（样机）FPGA设计的AT , AT2复杂性）653.5 Beam directions and half-power beam angles obtained from the the-oretical expressions and the prototype FPGA
implementation(源自理论表达式的波束方向和半功率波束角和原型（样机）FPGA实现)69 4.1 Error in DOA due to frequency warping effect.（由于频率翘曲效应误差产生的DOA误差）88

4.2 Multiplier complexities for phased array beamformer.（相控阵波束形成器多重复杂性）

965.1 Example propagation scenario（传播场景方案）1285.2 Multi-path directions pertaining to each look direction（任意方向的多径方向）129 6.1 Angular error, 'Delta Psi' of the main lobe direction of [ Rho(Psi’)]Ft0（角度误差，主瓣 [ Rho(Psi’)]Ft0方向的'Delta Psi' ）153

6.2 Group delay (GD), M, beam Psi , achieved beam Psi′ and percentage MSE of the 2-D magnitude response E (M,Psi )

for the examples in Figs. 6.18（例图6.18的群时延（GD），M，期望波束Psi，接收波束Psi',2-D幅度响应E(M，Psi) 的百分比误差）

1729.1 Design parameters and the improvement in SIR（signal to interference ratio） obtained by the proposed transfer function in
(9.10) for different closed-form simulation scenarios. All scenarios assume an inter-carrier spacing of Fmax/1024 for the
signal model given by (9.2)（在（9.10）不同封闭形式的模拟方案中所提传递函数的设计参数和改进信号干扰比。所有场景
均假设9.2节所给信号模型具有一个间隔为Fmax/1024的子载波）2129.2 Relative improvement in the first side lobe level obtained from the proposed beam-enhancement for various spatial windows
shown in Fig. 9.6(在图9.6的空间窗口显示了使用所提波束增强的第一旁瓣水平的相对改善)215 9.3 Signal processing complexities of HBeam,A (Zx,Sct), H DAS,A (Zx,Sct) and H (Zx; Sct) for a ULA of size N (assuming
uniform aperture weights). （对H波束，A(ZX，Sct)，H DAS，H(ZX，Sct)和N元非线性阵列H(ZX,Sct)（假设均匀孔径重量）
信号处理的复杂性。219

9.4 Different test cases of simulation example 2 （模型2 的不同测试事件）

223END~~

0 0