又要找你了！！！！重赏！我的英语怎么变成汉语？

来源：百度知道 编辑：UC知道 时间：2024/06/05 20:55:08
This thesis thoroughly investigated potential controller designs for an Electric Vehicle. The Field Oriented Control algorithm was chosen to be the most feasible option for an undergraduate thesis as it is widely used and could be implemented with existing hardware. A long term goal should be to design the hardware and software for a Direct Torque Controller as this is more suitable for an Electric Vehicle. The use of Simulink to model control strategies was helpful in understanding the algorithms used and determining controller parameters for practical applications. The availability of hardware was always a factor throughout this thesis. This is understandable considering the limited resources available to undergraduate research. In hindsight more would have been achieved if this thesis had focused on modeling all the potential controller designs in Simulink as opposed to trying to model and construct a single design.
On the whole I found this thesis to be both personally and ac

这份论文周到地调查了潜在的控制器设计为一辆电车。领域针对的控制算法被选择是最可行的选择为大学生论文照原样广泛被应用并且能被实施与现有的硬件。一个长期目标应该是设计硬件和软件为一位直接扭矩控制器因为这是适当的为一辆电车。对Simulink 的用途塑造控制战略是有用的在了解算法被使用和确定控制器参量为实际应用。硬件的可及性总是一个因素在这份论文过程中。这是可理解的认为有限的资源可利用对大学生研究。事后看来更会达到如果这份论文集中于塑造所有潜在的控制器设计在Simulink 与设法相对塑造和修建一个唯一设计。总体上我亲自发现这份论文是和学术上奖励。磁感应电动机控制是结合功率电子学, electromechanics, 信号处理, 控制论和嵌入系统设计的方面的多重学科的研究领域。因为这样的这个领域与学生是相关的以各种各样的背景。预期, 在未来内其它学生能进一步开发设计并且想法提出了在这份论文。虽然FOC 算法应该是工作由创新商展, 精确地定调控制器设计和学习它的动态表现将需要某个时候。实际上设定磁感应电动机工作凳和执行这些测试能可能是一份论文本质上。一个图形用户界面使个人计算机联络与马达控制器应该被开发为FOC 的具体目的。这可能适应从串行通信协议由詹姆斯写肯尼迪和无刷子的DC 控制器GUI 由大卫Finn 发展。比较在Simulink 结果和实际被测量的结果之间并且会提供可贵的洞察入塑造未来马达控制算法的有效率。 意思就是这个，我是高手把！！哈哈哈