Advanced differential equations can be used to simulate many processes的简体中文翻译

Advanced differential equations can

Advanced differential equations can be used to simulate many processes in sciencein which evolution rate depends not only on the present, but also on the future. Theappearance of advanced variables can reflect the influence of future factors, so itis very friendly to the decision-making processes. For instance, economic problems,mechanical control engineering and demographic dynamics are possible areas affectedby future factors, see [4].Differential equations with delay and advanced arguments occur in many appliedproblems, especially in mathematical economics, see [5,6].The oscillation theory of differential equations with deviating arguments is studiedfor the first time in document [7]. A developed theory has been formed on the oscillationof delay equations, see [8–10]. A few results have considered equations with advancedarguments, see [11–13]. In addition, for mixed differential equations with delay andadvanced arguments (MDE), the oscillation theory is much less developed, see recentliterature [14–16].In 2016, Agarwal et al. [17] investigated
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高级微分方程可以用来模拟在许多科学的过程<br>中进化速度不仅取决于本,也是未来。在<br>先进的变量的外观可以反映未来因素的影响,所以它<br>是对决策过程非常友好。举例来说,经济问题,<br>机械控制工程和人口动态影响的可能领域<br>的未来因素,请参见[4]。<br>与延迟和先进的参数微分方程发生在许多应用<br>问题,特别是在数理经济学,见文献[5,6]。<br>微分方程的偏差变振荡理论进行了研究<br>在文献[7]的第一次。阿发达理论已被形成在振荡<br>延迟方程,见[8-10]。一些结果已经考虑方程先进的<br>参数,见[11-13]。另外,对于混合时滞微分方程和<br>先进参数(MDE),振荡理论小得多发达,查看最近的<br>文献[14-16]。<br>在2016年,Agarwal等。[17]研究了
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Advanced differential equations can be used to simulate many processes in science<br>in which evolution rate depends not only on the present, but also on the future. The<br>appearance of advanced variables can reflect the influence of future factors, so it<br>is very friendly to the decision-making processes. For instance, economic problems,<br>mechanical control engineering and demographic dynamics are possible areas affected<br>by future factors, see [4].<br>Differential equations with delay and advanced arguments occur in many applied<br>problems, especially in mathematical economics, see [5,6].<br>The oscillation theory of differential equations with deviating arguments is studied<br>for the first time in document [7]. A developed theory has been formed on the oscillation<br>of delay equations, see [8–10]. A few results have considered equations with advanced<br>arguments, see [11–13]. In addition, for mixed differential equations with delay and<br>advanced arguments (MDE), the oscillation theory is much less developed, see recent<br>literature [14–16].<br>In 2016, Agarwal et al. [17] investigated
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结果 (简体中文) 3:[复制]
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高级微分方程可以用来模拟科学中的许多过程<br>其中进化率不仅取决于现在,还取决于未来。这个<br>高级变量的出现可以反映未来因素的影响,因此<br>对决策过程非常友好。例如,经济问题,<br>机械控制工程和人口动力学可能受到影响<br>根据未来因素,见[4]。<br>具有时滞和高级变元的微分方程在许多应用中都有出现<br>问题,特别是数学经济学中的问题,见[5,6]。<br>研究了具有偏差变元的微分方程的振动理论<br>这是文献[7]中的第一次。已经形成了一个关于振荡的发展理论<br>关于延迟方程,见[8–10]。一些结果考虑了<br>论点,见[11–13]。另外,对于带有时滞和<br>高级论据(MDE),振荡理论还不太成熟,参见<br>文献[14-16]。<br>2016年,Agarwal等人。[17] 调查
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