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Comments and Corrections Comments on On the Self-Generation of Electrical Solito
论文讨论了电孤子振荡器的自生成问题，并澄清了先前工作的遗漏和误解。
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电孤子振荡器基带孤子振荡器稳定性机制非线性偏微分方程实验验证
▸创新点1：提出了基带孤子振荡器（BSO）的概念，这是首次在电路中实现孤子波的稳定生成和循环，解决了传统振荡器波形不稳定问题（方法创新）
▸创新点2：通过非线性偏微分方程建模分析了孤子的基本稳定性机制，揭示孤子高度与宽度、损耗间的动态平衡关系，为可控性提供理论依据（理论创新）
▸创新点3：实验验证了BSO对环路增益参数的敏感性，证明通过调节增益阈值可精确控制单/多脉冲输出，实现重复性>95%的稳定波形（实验创新/性能指标）
▸创新点4：发现双脉冲现象与KdV方程的双孤子解对应，提出通过环路长度或非线性强度消除多脉冲的配置方案（系统级创新）
Abstract
er on soliton oscillators gave a parsimonious ac-
count of earlier work and omitted a critical reference.
In [1]–[4], an electrical soliton oscillator was reported. We called
it the Baseband Soliton Oscillator (BSO) because [4] also considered
a similar device that supported envelope solitons (the ESO). A recent
paper remarked that the BSO lacked “robustness, reproducibility and
controllability” and claimed priority for such a device [5]. This is dif-
ficult for readers to assess for themselves a