Random Walk Routing in WSNs with Regular Topologies - Springer Link

Recommend Documents

Branching annihilating random walk on random regular graphs

Feb 1, 2008 - arXiv:cond-mat/0008310v1 [cond-mat.stat-mech] 22 Aug 2000. Branching annihilating random walk on random regular graphs. GyÃ¶rgy SzabÃ³.

Developing Energy-Efficient Topologies and Routing ... - Springer Link

it is paramount to develop efficient methods to save energy. The existing work to ... ios where priori node deployment for WSNs are possible. Such scenarios ...

Random Walk Radiosity with generalized

X s. Ri. Es pi. xpiFis = b. 1 i. Now, to go from patch i to a source s in a two length path we can pass through any patch h (after surviving on it with probability h, so ...

Analyzing insect movement as a correlated random walk - Springer Link

Analyzing Insect Movement as a Correlated Random Walk. RM. Kareiva 1 and N. Shigesada 2. 1 Division of Biology, Brown University, Providence, RI 02912, ...

Random Walk

spacecraft the size of a VW Beetle more than 10 billion .... these sparkignited explosions are a lot more ... 737 when leaking fuel was ignited by a hot engine. .... 1575 view from Braun and hogenberg's Civitates Orbis terrarum ..... CSO in 20

Random Walk

CORONAL MAGNETIC TOPOLOGIES IN A ... - Springer Link

Sep 9, 2006 - Here, magnetic topology is used in combination with a Green's function ... In the previous paper (Maclean et al., 2006; referred to as Paper.

Random walk with jumps in large-scale random geometric ... - CiteSeerX

defined as the physical distance between the nodes hosting the ...... [11] A.D. Sarma, D. Nanongkai, G. Pandurangan, Fast distributed random walks, in:.

Branching random walk with a random environment in time

Jul 29, 2014 - EN2 i Ii(Ni), where Î¨. (1) n (t) := mâ1 n â« eitxXn(dx). We denote Jâ1 be the inverse mapping of J, Jâ1(j) = {n : J(n) = j} and |Jâ1(j)| be the ...

Random Walk in a Random Multiplieative Environment

dynamics of a random walk with a purely random multiplicative process to understand how ... condition for the particle number to reach a steady state. We also ... the probability that a pure random walk is at position r on the nth step if it starts a

RANDOM WALK IN RANDOM GROUPS M. Gromov

This paper compiles basic components of the construction of random groups and of the proof of their properties announced in [G10]. Justification of each step, as ...

Regular updating - Springer Link

Published online: 27 February 2010. Â© Springer ... updating process, and identify the classes of (convex and strictly p

Flat Routing in Internet-like Topologies

Flat Routing in Internet-like Topologies. FÃ¡bio L. Verdi1, Rafael Pasquini2, MaurÄ±cio F. MagalhËaes2. 1Federal University of SËao Carlos - 18052-780. Sorocaba ...

Vehicle routing - Springer Link

Mar 15, 2013 - This problem holds a central place in distribution management and is faced on a daily ... in the area of field service and of home care delivery.

Genetic engineering combined with random ... - Springer Link

Jul 17, 2014 - Xianpu Ni Â· Zhenpeng Sun Â· Hongyu Zhang Â· Han He Â·. Zhouxiang Ji Â· Huanzhang Xia received: 16 april 2014 / accepted: 18 June 2014 ...

A Hierarchical LLC Routing Algorithm for WSNs

while the nomenclature of the symbols is presented in Table. I. Being X-LLC a ... k-th level cluster head (that answers by providing the TDMA. Base Station ... S1,k .... We also as- sumed that each node sends a single data packet at each round.

A Random Walk with Heavy Flavours

Jun 5, 2013 - 1 Variable Energy Cyclotron Center, 1/AF, Bidhan Nagar, Kolkata 700064, ..... cients (drag, diffusion) within the ambit of =0 perturbative.

Random Walk With Continuously Smoothed ... - Semantic Scholar

were a significant advance over earlier successful algorithms such as GSAT [26] ... Section. 4 evaluates an algorithm with smoothed variable weights. Section 5 ...

Random walk with memory - Semantic Scholar

Received 16 June 1998, accepted for publication 17 November 1998. A reinforced random walk on the d-dimensional lattice is considered. It is shown that this ...

Random walk with memory enhancement and decay

Mar 25, 2002 - Zhi-Jie Tan, Xian-Wu Zou,* Sheng-You Huang, Wei Zhang, and Zhun-Zhi Jin. Department of Physics, Wuhan University, Wuhan 430072, China.

General discrete random walk with variable absorbing

20. 210. 310. 320. 3210. 1. 21. 31. 321. )0(. 41. )1(. 3. 0. ÂµÂµ. ÂµÎ»Î». Î»ÂµÎ». Î»Î»Âµ Î»Î»Î»Î». ÂµÎ». Î»Âµ Î»Î»Î». ÂµÎ». ÂµÎ» q. Aq. A x. *}. ) 1(). 1(. ) 1)(. 1)(. 1{(. 32. 1. 3. 21. 3. 2. 1 qpr r qp.

Discovering Topologies at Router Level - Springer Link

Finally, If the DNS fea- ture is enabled, HyNeTD ends the passive discovery process by sending DNS inverse look-up calls to obtain the addresses name.

Persistent random walk on a one-dimensional lattice with random ...

Aug 6, 2008 - In the ordered honeycomb (Kelvin) foams, the one-dimensional persis- ... Sahimi, Hughes, Scriven, and Davis [19, 36] to identify two classes of ...

A multifractal random walk

[8] B.B. Mandelbrot, J. Fluid Mech. 62, 331 (1974). [9] J.P. Kahane and J. Peyri`ere, Adv. Math. 22, 131 (1976). [10] C. Meneveau and K.R. Sreenivasan, J. Fluid.

Random Walk Routing in WSNs with Regular Topologies - Springer Link

Download PDF

3 downloads 0 Views 317KB Size Report

Comment

E-mail: hongshen@ustc.edu.cn. Received April 30, 2006; revised May 8, 2006. Abstract. Topology is one of the most important characteristics for any type of ...

! ¾ " " " # ¿

$ % & $ $'( %

½

! "

# # #

$ % &

$ %' # #

$ % ( $

$ % )*+,- $

$ *+, $

$ % # $ % . $ $ % &

/ # *+, $ 0 $ % $ # & # # 1

$ & $% 1 2 & # 1 & # *+, $ Æ & 1 $ 2 & &

3 $ 2

& $%

&& # # # & $ #

+ # *+, # &

% & $% & $ % Æ " $% &

*+,

$

&

& & # $ # & " # $ #

/

$ % # #

0 " $ / & 1 $ & $ $% $ $ /

$ % # $

$ % $%

! " # $ % & ' & $ ( ) $ ! $ % $ ( # * $ # '

) $ ( (+ $ , ) $ $

$ ! - ( " -(" $ . -(" $ ! /

$ ( ! " $ ! " # $ ( $ Æ ! " $ ! '

! ! "

456

!" #$ ! % # & ' !%( %&

# # $ $ % ' + - ! " $ ! " Æ $ '

' $ ! " ' ) $ 0 $ 12 345$ 6 125 $ ! $ 0 ' ' $ ! & $ ( 1345 $ (

) $ $ 0 & 1345 $ & $

$ #

$ ( #)$ ! " $ 0 & ) $ ( $ $ (

7 ! " $ ! ! " 8 $ ( 9 $ : $

! " ! " $ ; $ ;

$ ' # ) ! " ) ! "$ 6 ! " Æ 18+,@ A;=>?" 2/3 4 4 ! " 8 9 &( &* " : : 8 --? "3 8 !

$

6 D !&" & Æ & ( &* " : F ! -- "?A=A/" 2;3 7 * 1 1"

&* " : " & +& , 8 C8 ! " -- "=" 2-3 !9 ! 7 C" &* ( @ & ( &* " : ) & 8 C8 -- "=" 23 4 4 ! 5&" &* ( & &* + 9 ," : " &* + " 1 --? ";A=--" 9

# : ;

# ? 1 # + " + @

; ;A .

$ % # $

$ %

9

# 9 B ; # +

"

# ; # + "

#

# & % ; ( . # ; # + " # )

-

# + ; . B

? 1 # + "

8558 #

< # 1 # + . 3 C

)- & C # C $ 3 $ . & $ & B # = # 3$ &

# . & # 1=+? "

. = # < + )8555D4- & # 3

# ?;+1+ # =>