代码搜索结果

找到约 10,000 项符合 Raspberry Pi 的代码

pi_thesis_40_1phase.mdl

Model { Name "PI_THESIS_40_1PHASE" Version 7.1 MdlSubVersion 0 GraphicalInterface { NumRootInports 0 NumRootOutports 0 ParameterArgumentNames "" Comp

mod_pi4qpsk_030704.m

function y = mod_pi4qpsk_030704 (x,n,M) global k Fc Fd Fs Fs_n; % OQPSK Modulation Procedure % M = 2 % x 为长度为1024*5=5120点的数字信号,每个码元里有Fs_n/Fd=120个数,共42+2/3个码元。 % 将 x 进行串并转换后分为两个正交信号 I 、Q。 % 分

c8_pi4demo.m

% File: c8_pi4demo.m clear m = 200; bits = 2*m; % number of symbols and bits sps = 10; % samples per symbol iphase = 0; % initial phase order = 5; % filter order bw = 0.2; % normalized filter ba

pi3f90.f90

!********************************************************************** ! pi3f90.f - compute pi by integrating f(x) = 4/(1 + x**2) ! ! Each node: ! 1) receives the number of rectangl

c8_pi4demo.m

% File: c8_pi4demo.m % Software given here is to accompany the textbook: W.H. Tranter, % K.S. Shanmugan, T.S. Rappaport, and K.S. Kosbar, Principles of % Communication Systems Simulation with Wir

c8_pi4demo.m

% File: c8_pi4demo.m % Software given here is to accompany the textbook: W.H. Tranter, % K.S. Shanmugan, T.S. Rappaport, and K.S. Kosbar, Principles of % Communication Systems Simulation with Wir

mophong_inverted_pendulum_pi_goc.mdl

Model { Name "Mophong_Inverted_Pendulum_PI_goc" Version 5.0 SaveDefaultBlockParams on SampleTimeColors off LibraryLinkDisplay "none" WideLines off ShowLineDimension

mod_pi4qpsk_030704.m

function y = mod_pi4qpsk_030704 (x,n,M) global k Fc Fd Fs Fs_n; % OQPSK Modulation Procedure % M = 2 % x 为长度为1024*5=5120点的数字信号,每个码元里有Fs_n/Fd=120个数,共42+2/3个码元。 % 将 x 进行串并转换后分为两个正交信号 I 、Q。 % 分

c8_pi4demo.m

% File: c8_pi4demo.m % % m = 200; bits = 2*m; % number of symbols and bits sps = 10; % samples per symbol iphase = 0; % initial phase order = 5; % filter order bw =

c8_pi4demo.m

% File: c8_pi4demo.m % Software given here is to accompany the textbook: W.H. Tranter, % K.S. Shanmugan, T.S. Rappaport, and K.S. Kosbar, Principles of % Communication Systems Simulation with Wir