随机分组破坏Dos攻击下开槽ALOHA无线网络吞吐量和稳定性的提高

J. Sarker, H. Mouftah
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引用次数: 5

摘要

DoS (random packet destruction Denial of Service)攻击信号是一种易于装载且难以检测和防范的攻击信号。攻击者不需要伪装成合法用户,并且可以通过降低吞吐量和稳定性来成功关闭任何基于Slotted ALOHA的无线Ad Hoc和传感器网络。由于目前的防攻击措施,如加密、认证和授权,不能防止这类攻击,我们建议使用多功率级传输系统来减轻攻击信号。通过分析和数值算例表明,在随机分组破坏拒绝服务(DoS)攻击信号下,多功率级传输系统可以显著提高开槽ALOHA的吞吐量和稳定性。虽然现有的加密、认证、授权等防攻击措施无法阻止这类攻击,但多功率级传输系统的实现简单,可以保证系统的正常运行。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Throughput and Stability Improvements of Slotted ALOHA Based Wireless Networks under the Random Packet Destruction Dos Attack
A random packet destruction Denial of Service (DoS) attacking signals are easy to mount and difficult to detect and prevent. The attacker does not need to pretend a legal user and able to shut down any Slotted ALOHA based wireless Ad Hoc and sensor networks successfully by reducing the throughput and stability. Since current anti-attack measures such as encryption, authentication and authorization cannot prevent these types of attacks, we propose the use of multiple power levels transmission system to mitigate the attacking signals. Through analysis and numerical examples we demonstrate that the multiple power levels transmission system can significantly improve the throughput and stability of Slotted ALOHA under the random packet destruction Denial of Service (DoS) attacking signals. The implementation of the multiple power levels transmission system is easy and can keep the system running, although current anti-attack measures such as encryption, authentication and authorization cannot prevent these types of attacks.
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