• No results found

Dynamic Clustering with Relay Nodes (DCRN): A Clustering Technique to Maximize Stability in Wireless Sensor Networks with Relay Nodes

N/A
N/A
Protected

Academic year: 2020

Share "Dynamic Clustering with Relay Nodes (DCRN): A Clustering Technique to Maximize Stability in Wireless Sensor Networks with Relay Nodes"

Copied!
18
0
0

Loading.... (view fulltext now)

Full text

Loading

Figure

Figure 1. Discrete and disjoint intervals in the whole net- work lifetime; Discrete and disjoint subintervals in an in- terval
Figure 2. State transition of a node while (a) Changing sub- interval without changing the interval; (b) Changing subin- terval as well as changing the interval
Figure 3 runs independently in each sensor node in each interval.
Figure 3. Algorithm for dynamic clustering with relay nodes (DCRN).
+4

References

Related documents

If participation is taken as an indicator of the extent to which consent is informed, it is a matter of some concern that so few questions were asked during the informed

Vol 11, Issue 10, 2018 Online 2455 3891 Print 0974 2441 PHARMACOGNOSTIC INVESTIGATION OF GALANTHUS WORONOWII LOSINSK AND GALANTHUS NIVALIS L HERBAL PHARMACEUTICAL SUBSTANCES (MICROSCOPIC

Parents and teachers need to form partnerships for these students to ensure that their cognitive, psychological, and academic needs are met and to support these students in learning

calcoaceticus showed a vari- ability in biofilm formation ability by forming weak biofilms at 24 h, being classified as a non-biofilm producer at 48 h and as a strong biofilm

Diagnosis is established in patients presenting with encephalitis in the setting of recent respiratory influenza infection.. In patients presenting with sepsis, it can be difficult

To gain the quantitative information from EMG signal various time-frequency approaches have been used which include Wigner- Ville distribution (WVD), Cohen class

Regarding the decolorization of methylene blue solution, the addition of NaHCO 3 reduces the 183. time for complete decolorization from 150 to