代码搜索结果
找到约 2,916 项符合
Energy 的代码
beamplasmatest2.inp
beamplasmatest2
{
High-energy electron bunch enters a quiet plasma in cylindrical geometry --
This input file adds the effects of electron-impact ionization.
The secondary electrons are treated as th
coaltotals.java
import java.sql.*;
public class CoalTotals {
public static void main(String[] arguments) {
String data = "jdbc:odbc:World Energy";
try {
Class.forName("sun.jdbc
rce.m
function D = RCE(train_features, train_targets, lambda_m, region)
% Classify using the reduced coulomb energy algorithm
% Inputs:
% features - Train features
% targets - Train targets
% la
template_cost.txt
function Ew = PROBLEMNAME_cost(X,W)
% Ew = PROBLEMNAME_cost(X,W)
%
% X = behaviorally constant application data
%
% W = specific data about current state
%
% Ew = energy corresponding to
template_cost.txt
function Ew = PROBLEMNAME_cost(X,W)
% Ew = PROBLEMNAME_cost(X,W)
%
% X = behaviorally constant application data
%
% W = specific data about current state
%
% Ew = energy corresponding to
template_cost.txt
function Ew = PROBLEMNAME_cost(X,W)
% Ew = PROBLEMNAME_cost(X,W)
%
% X = behaviorally constant application data
%
% W = specific data about current state
%
% Ew = energy corresponding to
qpsk_fading.m
function [pb,ps]=QPSK_fading(snr_in_dB)
N=10000;
E=1; % energy per symbol
snr=10^(snr_in_dB/10); % signal to noise ratio
sgma=sq
qpsk_awgn.m
function [pb,ps]=QPSK_awgn(snr_in_dB)
N=10000;
E=1; % energy per symbol
snr=10^(snr_in_dB/10); % signal to noise ratio
sgma=sqrt
template_cost.txt
function Ew = PROBLEMNAME_cost(X,W)
% Ew = PROBLEMNAME_cost(X,W)
%
% X = behaviorally constant application data
%
% W = specific data about current state
%
% Ew = energy corresponding to
bper2pskg2.m
function [pb,ps]=bper2pskG2(snr_in_dB,N)
E=1; %energy per symbol
snr=10^(snr_in_dB/10);
numan=2; %the number of trans