Targettracking

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The document discusses target tracking in mobile sensor networks. It describes the components of a mobile sensor network for tracking, including sensors, mobiles, monitors and networks. It analyzes existing target tracking systems and their disadvantages in assuming weak adversary models. The proposed system aims to improve spatial resolution for localizing targets by considering moving targets and mobile sensors. It describes the target tracking process carried out by servers, commanders and trackers. Potential applications are in mobile navigation, military operations, wireless communications and criminal investigations. Mobility can be exploited to obtain better spatial resolution for target tracking.

Technology Business

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INTRODUCTION
The Target tracking in mobile sensor network
is defined as finding or tracing the location
and time informaion of mobile (electronic
device) which is to be tracked by using
sensors in a connected region wirelessly.
Wireless Target tracking in mobile sensor
network is shown below

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COMPONENTS OF MOBILE
SENSOR NETWORK FOR
TRACKINGComponents of mobile sensor network for
traking are:
Sensor
Mobile
Monitor
Network

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SYSTEM ANALYSIS
Existing System
However these existing solutions can only be
used to deal with adversaries who have only
local view of network traffic , for example the
adversaries may decide to deploy his own set of
sensor nodes to monitor the communication in
the target network.However all these existing
methods assume that the adversary is a local
eavesdropper.If an adversary has the global
knowledge of the network traffic , it can easily
defeat these schemes.
Disadvantage: These existing approaches assume
a weak adversary model where the adversary
sees only local network traffic.

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Proposed system
We are primarily interested in target tracking by
considering both moving targets and mobile
sensors.Specifically ,we are interested in the
spatial resolution for localizing a target’s
trajectory .
The spatial resolution refers to how accurate a
target’s position can be measured by sensors ,and
defined as the worst-case deviation between the
estimated and the actual paths in wireless sensor
networks. Our main objectives are to establish the
theoretical framework for target tracking in
mobile sensor networks, and quantitatively
demonstrate how the mobility can be exploited to
improve the tracking performance.

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SOFTWARE REQUIREMENT
SPECIFICATION
• Software Specification:
Operating System : windows 7
Coding language : c#.Net4.0
Database : SQL server2013
• Minimum Hardware Specification:
System Processor :PentiumIV2.4Ghz
Hard disk :40GB
Floppy derive :1.44Mb
Monitor :15 VGA colour
Mouse :Logitech
Ram :512Mb

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TARGET TRACKING PROCESS IN
MOBILE SENSOR NETWORK
Target tacking process is carried out by three segments which
are as follows.
1. Server
2. Commander
3. Tracker
1.Server:- Server sense and search for mobile devices to be
tracked ,analyse endangered mobile users and send all
information to commander for further processing.
2.Commander:-Commander keeps track of recieved
infomation of authenticated users and encrypt the
information in the form of packets and reports tracker.
3.Tracker:- Tracker trace mobiles(electronic devices) of
authenticated users and provides report analysis.

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ADVANTAGES
The target tracking in mobile sensor network
helps to track mobile devices wirelessly.
 This provides security as it is accessed by
authorized users .
 The target tracking also works in network
simulation.
 This plays vital role in electronic robbery.

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APPLICATIONS
• In Mobile Navigation
• Military Navigation and Operations
• Wireless Communications

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Automobile manufacturers are offering moving-
map displays as an option on new vehicles.
• Criminal Investigation

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CONCLUSION
we have studied the target tracking problem in mobile
sensor networks. Specifically, we introduce
performance metrics: spatial resolution and we
investigate the resolution against moving targets. By
modeling the dynamic aspects of the target tracking that
depend on both sensor and target mobility, we derive
the inherent relationship between the spatial resolution
and a set of crucial system parameters including sensor
density, sensing range, sensor and target mobility. The
results demonstrated that mobility can be exploited to
obtain better spatial resolution.

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Targettracking

1. your name

2. your name INTRODUCTION The Target tracking in mobile sensor network is defined as finding or tracing the location and time informaion of mobile (electronic device) which is to be tracked by using sensors in a connected region wirelessly. Wireless Target tracking in mobile sensor network is shown below

3. your name COMPONENTS OF MOBILE SENSOR NETWORK FOR TRACKINGComponents of mobile sensor network for traking are: Sensor Mobile Monitor Network

4. your name SYSTEM ANALYSIS Existing System However these existing solutions can only be used to deal with adversaries who have only local view of network traffic , for example the adversaries may decide to deploy his own set of sensor nodes to monitor the communication in the target network.However all these existing methods assume that the adversary is a local eavesdropper.If an adversary has the global knowledge of the network traffic , it can easily defeat these schemes. Disadvantage: These existing approaches assume a weak adversary model where the adversary sees only local network traffic.

5. your name Proposed system We are primarily interested in target tracking by considering both moving targets and mobile sensors.Specifically ,we are interested in the spatial resolution for localizing a target’s trajectory . The spatial resolution refers to how accurate a target’s position can be measured by sensors ,and defined as the worst-case deviation between the estimated and the actual paths in wireless sensor networks. Our main objectives are to establish the theoretical framework for target tracking in mobile sensor networks, and quantitatively demonstrate how the mobility can be exploited to improve the tracking performance.

6. your name SOFTWARE REQUIREMENT SPECIFICATION • Software Specification: Operating System : windows 7 Coding language : c#.Net4.0 Database : SQL server2013 • Minimum Hardware Specification: System Processor :PentiumIV2.4Ghz Hard disk :40GB Floppy derive :1.44Mb Monitor :15 VGA colour Mouse :Logitech Ram :512Mb

7. your name TARGET TRACKING PROCESS IN MOBILE SENSOR NETWORK Target tacking process is carried out by three segments which are as follows. 1. Server 2. Commander 3. Tracker 1.Server:- Server sense and search for mobile devices to be tracked ,analyse endangered mobile users and send all information to commander for further processing. 2.Commander:-Commander keeps track of recieved infomation of authenticated users and encrypt the information in the form of packets and reports tracker. 3.Tracker:- Tracker trace mobiles(electronic devices) of authenticated users and provides report analysis.

8. your name OUTPUT SCREENS

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15. your name ADVANTAGES The target tracking in mobile sensor network helps to track mobile devices wirelessly.  This provides security as it is accessed by authorized users .  The target tracking also works in network simulation.  This plays vital role in electronic robbery.

16. your name APPLICATIONS • In Mobile Navigation • Military Navigation and Operations • Wireless Communications

17. your name Automobile manufacturers are offering moving- map displays as an option on new vehicles. • Criminal Investigation

18. your name CONCLUSION we have studied the target tracking problem in mobile sensor networks. Specifically, we introduce performance metrics: spatial resolution and we investigate the resolution against moving targets. By modeling the dynamic aspects of the target tracking that depend on both sensor and target mobility, we derive the inherent relationship between the spatial resolution and a set of crucial system parameters including sensor density, sensing range, sensor and target mobility. The results demonstrated that mobility can be exploited to obtain better spatial resolution.

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Targettracking

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