Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Some sensor network settings involve disconnected or unattended operation with periodic visits by a mobile sink. An unattended sensor network operating in a hostile environment can collect data that represents a high-value target for the adversary. Since an unattended sensor can not immediately o-load sensed data to a safe external entity (such as a sink), the adversary can easily mount a focused attack aiming to erase or modify target data. To maximize chances of data survival, sensors must collaboratively attempt to mislead the adversary and hide the location, the origin, and the contents of collected data. ,  focus on applications of ll-known security techniques to maximize chances of data survival in unattended sensor networks, where sensed data can not be o-loaded to a sink in real time. Our investigation yields some interesting insights and surprising results. The highlights of our work are: (1) thorough exploration of the data survival challenge, (2) exploration of the design space for possible solutions, (3) construction of several practical and eective techniques, and (4) their evaluation.
['Roberto Di Pietro', 'Luigi V. Mancini', 'Claudio Soriente', 'Angelo Spognardi', 'Gene Tsudik']
I am writing a research paper on a idea Maximizing data survival in Unattended Wireless Sensor Networks against a focused mobile adversary
[{"from": "human", "value": "I am writing a research paper on a idea Maximizing data survival in Unattended Wireless Sensor Networks against a focused mobile adversary"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Some sensor network settings involve disconnected or unattended operation with periodic visits by a mobile sink. An unattended sensor network operating in a hostile environment can collect data that represents a high-value target for the adversary. Since an unattended sensor can not immediately o-load sensed data to a safe external entity (such as a sink), the adversary can easily mount a focused attack aiming to erase or modify target data. To maximize chances of data survival, sensors must collaboratively attempt to mislead the adversary and hide the location, the origin, and the contents of collected data. ,  focus on applications of ll-known security techniques to maximize chances of data survival in unattended sensor networks, where sensed data can not be o-loaded to a sink in real time. Our investigation yields some interesting insights and surprising results. The highlights of our work are: (1) thorough exploration of the data survival challenge, (2) exploration of the design space for possible solutions, (3) construction of several practical and eective techniques, and (4) their evaluation."}]