The memsistor based applications ha

The memsistor based applications have attracted
much attention recently. Itoh and Chua de-
rived several oscillators from Chua’s oscillators by
replacing Chua’s diodes with memristors charac-
terised by a monotone-increasing and piecewise-linear
nonlinearity. [5] In the present paper, we assume that
the flux-controlled memristor is characterised by a
smooth continuous cubic monotone-increasing nonlin-
earity as follows:

結果 (中文) 1:

Memsistor 基于应用程序吸引了最近备受关注。伊藤和蔡德-导出从蔡氏振荡器由几种振荡器蔡氏二极管替换忆阻器特性-terised 由单调增加和分段线性非线性。[5] 在本文中，我们假定流量控制的忆阻器的特点是平滑连续立方单调增加初始条件的时，如下所示︰

結果 (中文) 2:

基于memsistor应用已经吸引了
最近备受关注。伊藤和Chua德
从蔡氏振荡器由几个源性振荡器
用忆阻器替换蔡氏二极管字符
由单调增加，分段线性terised
非线性。[5]在本文件中，我们假设
磁通控制的忆阻器的特征是
平滑连续立方单调增加的非线性
earity如下：

結果 (中文) 3:

的memsistor应用已经吸引了最近备受关注。伊东和Chua de—了几个Chua的振荡器振荡器忆阻器代替Chua二极管与特征—terised由单调递增和分段线性非线性。[ 5 ]在本文中，我们假设流量控制忆阻器的特点是光滑连续的立方非线性单调增加—度如下：