There are various technologies which have been used for
monitoring and controlling of wireless sensor network. But the
problem is that every technologies are used to show the result
on simulation. In paper [1] author describe why simulation is
currently the primary practical approach to analyze WSNs
quantitatively [6] because experiments or test beds on a
physical WSN are expensive, the nature of distribution and
large number of sensor nodes make debugging very
complicated. In this paper ns-2 is used for simulation since ns-
2 platform dependent and are rather difficult to use in a webbased
environment. wireless sensors are used for tracking,
locating, and monitoring the status of a car manufacturing
plant [7]. A wireless tracking system is applied to (i) provide
real-time visibility of assets and stock, (ii) improve supply
chain management, (iii) monitor the progress of assembly
lines, (iv) identify operational and logistic pinch points, (v)
improve production planning, and (vi) reduce stock level. A
ZigBee network is developed to support the communications
among sensor nodes. ZigBee works in the license-free and
globally available 2.4 GHz bandwidth, based on IEEE
There are various technologies which have been used for
monitoring and controlling of wireless sensor network. But the
problem is that every technologies are used to show the result
on simulation. In paper [1] author describe why simulation is
currently the primary practical approach to analyze WSNs
quantitatively [6] because experiments or test beds on a
physical WSN are expensive, the nature of distribution and
large number of sensor nodes make debugging very
complicated. In this paper ns-2 is used for simulation since ns-
2 platform dependent and are rather difficult to use in a webbased
environment. wireless sensors are used for tracking,
locating, and monitoring the status of a car manufacturing
plant [7]. A wireless tracking system is applied to (i) provide
real-time visibility of assets and stock, (ii) improve supply
chain management, (iii) monitor the progress of assembly
lines, (iv) identify operational and logistic pinch points, (v)
improve production planning, and (vi) reduce stock level. A
ZigBee network is developed to support the communications
among sensor nodes. ZigBee works in the license-free and
globally available 2.4 GHz bandwidth, based on IEEE
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