About
6
Publications
652
Reads
How we measure 'reads'
A 'read' is counted each time someone views a publication summary (such as the title, abstract, and list of authors), clicks on a figure, or views or downloads the full-text. Learn more
18
Citations
Introduction
Skills and Expertise
Publications
Publications (6)
In wireless sensor networks, it is crucial to support the collected data of sensor nodes with position information. One of the promising ways to acquire the position of unknown nodes is using a mobile anchor node that traverses throughout the network, stops at determined points, and sends its position to aid in obtaining the location of other unkno...
Wireless sensor networks are highly effective in numerous applications which require sensor nodes to acknowledge their positions. One of the fundamental solutions to solve the localization problem is to spread anchor nodes in the network to get the positions of other unknown sensor nodes. However, this is a very expensive solution since these ancho...
This paper proposes two improved DV-hop localization algorithms named an Equal Sub-Area-Based DV-Hop (ESAB-DV-Hop) and Equal Sub-Area-Based DV-Hop with RSSI (ESAB-DV-Hop with RSSI) which achieve less error than an original algorithm. The two proposed algorithms are derived from the DV-hop method. The 1st one depends on dividing the network area int...
This paper proposes an improved DV-hop localization algorithm named an Equal Sub-Area-Based DV-Hop (ESAB-DV-Hop) which achieves less error than an original algorithm. The proposed algorithm derived from the DV-hop method, by dividing the network area to sub-areas and setting the nodes with unknown locations to calculate their positions from anchor...