### Table 3. Cost ranges of commercially available wireless sensor network components in 2004.

### TABLE I AVERAGE COST OF RANDOM MULTICAST CONNECTIONS OF UNIT RATE FOR VARIOUS APPROACHES IN GRAPHS REPRESENTING VARIOUS ISP NETWORKS.THE COST PER UNIT FLOW ON EACH LINK IS THE LINK WEIGHT AS ASSESSED BY THE ROCKETFUEL PROJECT OF THE UNIVERSITY OF WASHINGTON [13].

2005

Cited by 34

### TABLE I AVERAGE COST OF RANDOM MULTICAST CONNECTIONS OF UNIT RATE FOR VARIOUS APPROACHES IN GRAPHS REPRESENTING VARIOUS ISP NETWORKS.THE COST PER UNIT FLOW ON EACH LINK IS THE LINK WEIGHT AS ASSESSED BY THE ROCKETFUEL PROJECT OF THE UNIVERSITY OF WASHINGTON [MSWA02].

2005

Cited by 34

### Table 1: Sensor Network Applications.

2005

Cited by 1

### Table 1. Number of arcs, number of connected components and average connected component order versus arc probability for random directed graphs with 100 nodes arc no. arcs no. components avg. comp. order

1997

"... In PAGE 15: ... Random graphs have been generated using the multiplicative linear congru- ential random number generator algorithm [11]. Table1 shows the number of arcs, the number of connected components and the average connected compo- nent order versus arc probability for random directed graphs with 100 nodes. For each variable the mean and the standard deviation, which have been estimated over a sample of 50 observations, are given.... ..."

Cited by 4

### Table 3: Categorization and Assessment of Routing protocols in Wireless Sensor Networks

"... In PAGE 8: ... There are some hybrid protocols that can be placed under more than one category. The summarize research results is shown in Table3 [8]. The Table compares different routing techniques according to many metrics.... ..."

### TABLE I AVERAGE COST OF RANDOM MULTICAST CONNECTIONS OF UNIT RATE FOR VARIOUS APPROACHES IN GRAPHS REPRESENTING VARIOUS ISP NETWORKS.THE COST PER UNIT RATE ON EACH LINK IS THE LINK WEIGHT AS ASSESSED BY THE ROCKETFUEL PROJECT OF THE UNIVERSITY OF WASHINGTON [13]. SOURCE AND SINK NODES WERE SELECTED ACCORDING TO AN UNIFORM DISTRIBUTION OVER ALL POSSIBLE SELECTIONS.

2005

Cited by 34

### Table 1: Commonly Used Underwater Vehicle Navigation Sensors

1998

Cited by 10

### Table 4.2: The graph structures used to produce the arcs in the con- straint network for a global constraint. Each graph structure takes either one or two vectors of vertices, and connects these using directed arcs.

2004

### TABLE I AVERAGE COST OF RANDOM MULTICAST CONNECTIONS OF UNIT RATE FOR VARIOUS APPROACHES IN GRAPHS REPRESENTING VARIOUS ISP NETWORKS.THE COST PER UNIT RATE ON EACH ARC IS THE LINK WEIGHT AS ASSESSED BY THE ROCKETFUEL PROJECT OF THE UNIVERSITY OF WASHINGTON [28]. SOURCE AND SINK NODES WERE SELECTED ACCORDING TO A UNIFORM DISTRIBUTION OVER ALL POSSIBLE SELECTIONS.

2006

Cited by 21