Lightweight Security Algorithm for Wireless Sensor Network Computer Security
Keywords:
WSN, wireless security, optimisation, NS2/3, SFR, SDNAbstract
Like computers, wireless sensor nodes (WSNs) possess a processing unit, a limited computing capability, limited memory, sensors, and a battery to provide power. While the sensors' high computational capability makes them useful for military and surveillance applications, their wireless nature brings some security risks. Typical wireless network security architectures do not work with sensor networks due to their wireless nature and limited resource availability. Moreover, wireless sensor networks are also vulnerable because they are often situated in hostile and dangerous environments without physical protection. Data routing through WSNs must, therefore, be secure. A novel security solution for WSN is presented in this paper to address this issue. Using proper digital communication, the identification of network errors is maintained. The proposed method uses Hamming code to maintain network error identification. Users define initial security bits for this study. Additional security check bits are added to the security code word for generation. This study demonstrates that wireless sensor network computer security has improved by 25% due to performance analysis. Compared to traditional computer security, this can provide better results.
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