| Autor: |
SELVAMUTHU, DHARMARAJA, BADIYASAR, HARSHITA, TRIPATHI, SMRATI, KALITA, PRIYANKA, RAJ, RAINA |
| Předmět: |
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| Zdroj: |
Reliability: Theory & Applications; Sep2024, Vol. 19 Issue 3, p186-205, 20p |
| Abstrakt: |
In today's security landscape, the proliferation of unauthorized drones in restricted airspace has emerged as a significant threat. These drones pose various risks, from potential surveillance and espionage to more sinister possibilities such as physical attacks. Consequently, the development of effective anti-drone laser systems has become increasingly vital. Our study focuses on three main objectives: modeling internal reliability, identifying critical components, and studying the factors affecting the reliability of anti-drone systems. We aim to enhance the overall performance and effectiveness of anti-drone laser systems by analyzing the reliability of critical components and understanding how system parameters influence system reliability. To this end, reliability block diagram (RBD) methodology has been employed to compute the reliability of the laser subsystem in the anti-drone system. Additionally, we conduct a comprehensive review of component-wise reliability to identify vulnerable points within the system, thus enabling targeted improvements and optimizations. To capture the realistic scenario of system failure behavior, different distributions have been used to compute the reliability of the system, ensuring a thorough understanding of its operational reliability in diverse conditions. Finally, the energy values and probability of hitting are obtained for the anti-drone laser system to effectively mitigate environmental challenges. [ABSTRACT FROM AUTHOR] |
| Databáze: |
Complementary Index |
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