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@article{149436,
        author = {JERALDIN LYSANIA A and JAYA SWATHI K and Dr. Sharmila Durai},
        title = {Utilization of RSSI and Neuron Stimulator to prevent escapism of prisoners},
        journal = {International Journal of Innovative Research in Technology},
        year = {},
        volume = {6},
        number = {12},
        pages = {869-873},
        issn = {2349-6002},
        url = {https://ijirt.org/article?manuscript=149436},
        abstract = {The Proposed System aims at preventing escapism of the prisoners in the prison environment. To accomplish the above target , the prison environment is divided into three zones namely secured , intermediary and endangered . An RSSI(Received Signal Strength Identification) technology is implemented to estimate prisoner’s distance within the boundary line depending upon signal strength. The RSSI module is  placed internally in the prisoner’s device that works on the principle of signal strength. If the prisoner is in the secured zone , then signal strength will be high. If suppose the prisoner reaches endangered zone , then signal strength will be low. When the signal strength is low, automatically an alarm alert is sent to the control room . The control room in turn activates neuron stimulator in prisoner’s device. The neuron stimulator injects small range of current pulse into the prisoner’s body which disables  further movement of prisoner. Even if the prisoner tries to break the device, a buzzer alert is given though vibration sensor to the control room . If the prisoner tries to escape from the prison environment , then the exact location of prisoners can be estimated using GSM and GPS Technologies.},
        keywords = {RSSI module, neuron stimulator, vibration sensor, GSM & GPS, Embedded C.
 
},
        month = {},
        }