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Description: The decoding algorithm used in RBDS.c is based on error trapping. The program emulates the operation of the encoder and decoder of a binary cyclic codes, using bitwise shifts and xor for modulo g(x) operations. -The decoding algorithm used in RBDS.c is ba sed on error trapping. The program emulates the operation of the encoder and decoder of a binary cyclic codes, using bitwise shifts and xor for modulo g (x) ope rations.
Platform: |
Size: 2624 |
Author: 里海 |
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Description: The decoding algorithm used in RBDS.c is based on error trapping. The program emulates the operation of the encoder and decoder of a binary cyclic codes, using bitwise shifts and xor for modulo g(x) operations. -The decoding algorithm used in RBDS.c is ba sed on error trapping. The program emulates the operation of the encoder and decoder of a binary cyclic codes, using bitwise shifts and xor for modulo g (x) ope rations.
Platform: |
Size: 2048 |
Author: 里海 |
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Description: 这是一个弹球的游戏，不过有些粗糙。基本功能还是可以的-This is a pinball game, but some rough. Basic functions can still be the
Platform: |
Size: 4096 |
Author: 213072962 |
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Description: 基于 Ma t l a b语言的遗传算法工具箱支持二进制和浮点数编码方式， 并且提供了多种选择、 交叉、 变异的方法。
通过具体实例对 Ma t l a b的遗传 算法工具箱的用法进行 了说 明介绍.-The Ge ne t i c Al g or it h m To o l b ox ba s e d on Ma t l a b s u ppo ~s t h e b i na r y a nd f lo a t ， a n d t he r e a r e t he e x c el l e nl
o pe r at o r s o f s el e c t i on ，c r os s o v e r a nd mut a t i on i n t he To o l bo x ，t wo e xa mpl e s a b o ut ho w t o us e t h e To o l bo x a r e i n t r o du c ec i n t h i s pa p er。
Platform: |
Size: 100352 |
Author: 阿铁 |
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Description: 第二版包括了bash Version 2.0, while still applying to bash Version 1.x. It includes one-dimensional arrays,-This second edition covers all of the features of bash Version 2.0, while still applying to bash Version 1.x. It includes one-dimensional arrays, parameter expansion, more pattern-matching operations, new commands, security improvements, additions to ReadLine, improved configuration and installation, and an additional programming aid, the bash shell debugger
Platform: |
Size: 646144 |
Author: dwayneduan |
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Description: 提 出了基于修正空间 时频分布( S TF D) 矩阵 的 ES P RI T算法 以实现 对宽 带线性调 频信号 的到达
角估计-Th e a l g or i t h m f o r di r e c t i o n- o f- a r r i va l o f t he wi d e ba n d c hi r p s i gna l s ba s e d 0 1 3 ．ESPRI T u s i n g
t he mo di f i e d s p a t i a l t i me- f r e q ue n c y ma t r i x i S pr e s e nt e d．The mod i f i e d STFD ma t r i x whi c h h as t he s i mi l ar
ma t he ma t i c a l c on st r uc t i o n wi t h t he c o va r i a nc e ma t r i x c a n be ob t a i ne d wi t h t h e c r o s s W i gn e r- Vi l l e
di s t r i but i o ns o f t he o ut pu t s of t he ar r a y．Unde r t he c o nd i t i on of un i f o r m l i n e a r r a y，t he mo di f i e d STFD
ma t r i x c a n b e t r a n s f or me d i nt o t he ma t r i x wh i c h h a s t he pr op e r t y of r ot a t i on a l i nva r i a nc e ． The n t he
ESPRI T c a n be a p pl i e d t o D O A e s t i ma t i on
Platform: |
Size: 145408 |
Author: fjp119 |
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Description: 其基本思想是取B样条函数 为及基函数，在[a,b]中均匀划分区间，xi=a+ih,h=(b-a)/n,由于三次样条函数空间是n+3维的，所以把分点扩充到x-1,xn+1,则任意三次样条函数可用 线性组合来表示：-The basic idea is to take B-spline function and basis functions in [a, b] in the evenly divided intervals, xi = a+ ih, h = (ba)/n, because the cubic spline function is n+3 dimensional space , so the expansion points to the x-1, xn+1, then any cubic spline function can be expressed as a linear combination:
Platform: |
Size: 6144 |
Author: 咪噜 |
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Description: #include<stdio.h>
#include<math.h>
float Function(float x)
void main()
{
float a,b,e
float x0,x1,x2,F0,F1,F2
printf("input a ,b ,e \n")
scanf(" f f f",&a,&b,&e)
x1=b-0.618*(b-a)
x2=a+0.618*(b-a)
F1=Function(x1)
F2=Function(x2)
do
{
if(F1>F2)
{
a=x1
x1=x2
x2=a+0.618*(b-a)
F2=Function(x2)
}
else
{
b=x2
x2=x1
F2=F1
x1=b-0.618*(b-a)
F1=Function(x1)
}
}
while((b-a)>e)
x0=(a+b)/2
F0=Function(x0)
printf("x0= f,F0= f\n",x0,F0)
}
float Function(float x)
{
float f
f=x*x-7*x+10
return f
}-# Include <stdio.h># Include <math.h> float Function (float x) void main () {float a, b, e float x0, x1, x2, F0, F1, F2 printf (" input a, b, e \ n" ) scanf (" f f f " , & a, & b, & e) x1 = b-0.618* (ba) x2 = a+0.618* (ba) F1 = Function (x1) F2 = Function (x2) do { if (F1> F2) {a = x1 x1 = x2 x2 = a+0.618* (ba) F2 = Function (x2) } else {b = x2 x2 = x1 F2 = F1 x1 = b-0.618* (ba) F1 = Function (x1) }} while ((ba)> e) x0 = (a+ b)/2 F0 = Function (x0) printf (" x0 = f, F0 = f \ n " , x0, F0) } float Function (float x) {float f f = x* x-7* x+10 return f }
Platform: |
Size: 1024 |
Author: 默默 |
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Description: 新一代高性能无人机飞控系统的研究与设计
张小林 赵宇博 范力思-I n o r de r t o cau se t he U A V f lig ht co nt r o l sy st e m has t he f o r mida ble da t a- ha ndling ca pa cit y , t h e lo w po we r lo ss , t he st r o ng
f le x ibilit y an d a hig he r int e g r at io n r a t e, pr o po sed o ne kind of t e chn ol og y ba sed on SO P C w hic h ca n so lv e t hes e p r ob lem s o n U A V f lig ht co n
t r o l sy st e m. T r a nsf e r s m any N io s so f t pr o c ess o r . A lt e r a br in gi ng t he I P co r e a s w el l as t he per ip her y ha r dw a r e cir c uit . on e kind o f h ig h
per f o r man ce f lig ht co nt r o l sy st em h as be en de sig ned. Co mpa r e s w it h t he t r a diti on al U A V co nt r o l sy s te m, t his o ne hav e ve r y st r o ng dat a handl ing capa cit y , t h e sma ll v o lume a nd lo w po w e r lo s s. T he a ct ua l fl ig ht r esul t indic at e d : Ea ch m odu la r de sig n is r ea so nab le, t he o ve r al l
sy st em mo v e ment is st a ble. T his sy st e m ca n b e ser ve d a s t he ne x t g ene r
Platform: |
Size: 620544 |
Author: 天下 |
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Description: 摘 要： 论文提出了一种适用于城市场景下的基于竞争转发的车载 A d h o e网络路 由算法， 算法摒弃了 H E L L O
消息的使用， 利用分布式的竞争策略根据邻居节点所处的地理位置信息进行下一跳节点的选择． 数据转发使用选定点
路由同时利用了实时的道路交通信息和网络拓扑结构信息进行选定点选择． 采取暂存转发策略处理网络分割现象． 仿
真结果表明该算法比其他类似算法具有更高的数据包递交率和较低的数据延迟 ．-Ab s t r a c t ： A c o n t e n t i o n- b a s e df o r wa r d i n g r o u t i n g p r o t o c o l f o rVA NET si n c i t y e n v i r o n me n t swa s p r o p o s e d， wh i c h u s i ng d i s —
ui b u t e d c o n t en t i o n- b a s e d s t r a t eg y t 0 s e l e c t t h e ne x t ho p b a s e d o n t he p o s i t i o n s o ft he n e i g h b o r n o d e s wi t ho u t HEI IO me s s a g e s ． Th e
n ov e l s c he me f o r w a r d s pa c k e t s a l o n g a n a nc h o r- ba s e d p a t h wh i c h i s d e t er mi n e d a c c o r d i n g r e a l t i me t r a f f ic i n f o r ma t i o n a n d t he
t o p ol o g y o f t h e n e t wo r k． wi t h t h e i d e a o f“c a r r y a n d f o r w a r d” t o d e a l wi t h p a r t i t i o n e d n e t w o r k s． S i mu l a d o n r e s u l t s ho ws t h a t i t
a c h ie v e s s i g n i f ic a nt d e l i v e r y r a t e i mp r o v e me n
Platform: |
Size: 584704 |
Author: sunwei |
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Description: NSGA (No n- Do mina te d So r ting in Ge ne tic Alg o r ithms [5 ]) is a p o pula r no n-do mina tio n ba s e d g e ne tic a lg o r ithm fo r multi- o b je c tive o ptimiz a tio n. I t is a ve r y
e ff e c tive a lg o r ithm but ha s b e e n g e ne r a lly c r itic iz e d fo r its c o mputa tio na l c o m-ple x ity, la ck o f e litis m a nd fo r cho o s ing the o ptima l pa r a mete r va lue fo r s ha r ing
pa r a me te r σsh ar e . A mo difi e d ve r s io n, NSGA- I I ( [3 ]) wa s de ve lo p e d, w hich ha s a
b e tte r s o r ting a lg o r ithm , inc o r p o r a te s e litis m a nd no s ha r ing pa r a me te r ne e ds to
b e cho s e n a priori. NSGA- I I is dis c us s e d in de ta il in this r e p o r t a nd two s a mple
te s t func tio ns a r e o ptimiz e d us ing it.
Platform: |
Size: 371712 |
Author: wenxiaoyong |
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