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A Fully Integrated 5GHz Balanced SiGe HBT Power Amplifier Design

机译:完全集成的5GHz平衡SiGe HBT功率放大器设计

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摘要

Due to their manufacture technical or work environment, some nodes in wireless sensor networks (WSNs) routing may reveal misbehaviors which may get the performance of the WSNs dropped. For these misbehaviors are not borne by hackers, in similar cases, to deal with these issues, enhancing the security is helpless. Focus on these issues, first we put forward the concept of instant iteration probability, instant iteration probability variation, probability space mapping, and give the description of probability control algorithm and analysis. Moreover, we give the basic rule how to design performance function to make the corresponding algorithm convergent. Our related works provide a scenario, and design the corresponding routing protocol, analysis and simulation show that if some nodes in WSNs reveal misbehaviors, our routing protocol algorithm itself can automatically avoid using these nodes, and still keep the WSNs in good performance.
机译:由于它们的制造技术或工作环境,无线传感器网络(WSN)路由中的某些节点可能会揭示不当行为,这可能会使WSN的性能下降。在类似情况下,由于这些行为不是由黑客承担的,因此无法解决这些问题。针对这些问题,首先提出了瞬时迭代概率,瞬时迭代概率变化,概率空间映射的概念,并对概率控制算法进行了描述和分析。此外,我们给出了如何设计性能函数以使相应算法收敛的基本规则。我们的相关工作提供了一个场景,并设计了相应的路由协议,分析和仿真表明,如果WSN中的某些节点显示不当行为,则我们的路由协议算法本身可以自动避免使用这些节点,并仍然保持WSN的良好性能。

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