代码搜索：efficiency
找到约 451 项符合「efficiency」的源代码
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www.eeworm.com/read/279032/10479301
htm mi16.htm
More Effective C++ | Item 16: Remember the 80-20 rule Back to Efficiency
Continue to Item 17: Consider using lazy evaluation
Item 16: Remember the 80-20 rule.
The 80-20 rule states that 80 percent of
www.eeworm.com/read/292968/8319731
dat pl100.dat
file PL100.DAT :
- 10x10 element rectangular plane strain-elasticity structure.
see part III (figure 8 in page 12) of the manual.
- you get the fastest execution efficiency if you do not use comp
www.eeworm.com/read/292968/8319737
dat pl4.dat
file PL4.DAT :
- 2x2 element rectangular plane strain-elasticity structure.
see part III (figure 8 in page 12) of the manual.
- you get the fastest execution efficiency if you do not use compilin
www.eeworm.com/read/430025/8772271
m optim.m
%Explanation:Optimisation of the driving signal for a general Z matrix
%output network given the best choice of driving signals in terms of
%efficiency.
%Function [I1,I2]=optim(Z,I1max,I2max,Vdd,Zl
www.eeworm.com/read/430025/8772286
asv optim.asv
%Explanation:Optimisation of the driving signal for a general Z matrix
%output network given the best choice of driving signals in terms of
%efficiency.
%Function [I1,I2]=optim(Z,I1max,I2max,Vdd,Zl
www.eeworm.com/read/311226/3687205
rq container-6.rq
PREFIX rdf:
PREFIX rdfs:
SELECT ?x ?m
{
# Reversing gets the same results (different efficiency)
www.eeworm.com/read/311226/3687211
rq container-7.rq
PREFIX rdf:
PREFIX rdfs:
SELECT ?x ?m
{
# Reversing gets the same results (different efficiency)
www.eeworm.com/read/440773/1792541
rq container-6.rq
PREFIX rdf:
PREFIX rdfs:
SELECT ?x ?m
{
# Reversing gets the same results (different efficiency)
www.eeworm.com/read/440773/1792546
rq container-7.rq
PREFIX rdf:
PREFIX rdfs:
SELECT ?x ?m
{
# Reversing gets the same results (different efficiency)
www.eeworm.com/read/430037/1942727
m pr10_21.m
%Problem 10.21;
%Efficiency of Alamouti coding;
clear all; close all;
Lbs=100000;
BS=2*unidrnd(2,1,Lbs)-3; %initial bitstream;
A=raylrnd(1/sqrt(2),1,Lbs); %Rayleigh fading;
Fi1=2*pi*rand(1,Lbs