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Authors’ Response David Ricketts, Xiaofeng Li, Nan Sun, Kyoungho Woo, and Donhee Ham We are fully confident that our citation and description of G. J. Ballantyne’s work in our publications, including our IEEE JOURNAL OF SOLID-STATE CIRCUITS (JSSC) paper [5] 1 of concern, is fair and correct. This is substantiated by the major results of Ballantyne’s own experiments in his paper [1], contrary to his com- ments, as we will expound upon shortly. A. On Reference [1]
回应关于未引用Ballantyne论文的质疑，并讨论其设计的稳定性问题。
未明确提及
孤子振荡器非线性介质稳定性鲁棒性IEEE JSSC
▸创新点1：自生电压孤子脉冲振荡器 - 提出了一种新型电路设计，能够在非线性介质中自生电压孤子脉冲，解决了传统设计中脉冲生成不稳定的问题，显著提升了脉冲的周期性和振幅一致性。
▸创新点2：非线性介质中的孤子脉冲生成 - 通过优化非线性介质的参数，实现了孤子脉冲的高效生成，该方法在实验中表现出更高的脉冲稳定性和生成效率，为后续应用提供了可靠基础。
▸创新点3：设计稳定性与鲁棒性分析 - 对振荡器的稳定性和鲁棒性进行了深入分析，提出了新的设计方法，确保振荡器在增益值变化和外部扰动下仍能保持稳定工作，显著提升了系统的抗干扰能力。
Abstract
scription of
G. J. Ballantyne’s work in our publications, including our IEEE
JOURNAL OF SOLID-STATE CIRCUITS (JSSC) paper [5] 1 of concern,
is fair and correct. This is substantiated by the major results of
Ballantyne’s own experiments in his paper [1], contrary to his com-
ments, as we will expound upon shortly.
A. On Reference [1]
It is an incorrect insinuation that our not citing paper [1] in our
JSSC paper [5] is an attempt to avoid comparison to his work. First,
at his personal request a fe