Adobe非常慷慨,满足了我申请Flex Builder Pro 3的10个授权的心愿。

博主成功申请到Adobe FlexBuilder Pro3的10个教育版授权,并分享了申请过程及心得。起初因提交资料不充分被拒,后通过提供更详尽证明及使用.edu.cn邮箱成功获批。

哈哈,获得了Adobe Flex Builder Pro 3的10个授权(教育版的),真是棒极了。虽然一个也够本人用了,不过为了以后考虑,多要了几个。正在使用Flex开发学校的一个系统,比较爽啊,Flex 2的东西在Flex 3里照样有效,有关Flex 3的相关书籍快点推出那就更好啦。

第一次申请,提交了自己的教师资格证,用的是gmail的邮箱,结果被denied,伤心了一会。

下面是拒信。

Dear wang jianbin,

Thank you for your interest in Adobe Flex Builder. Unfortunately, you do not qualify for the  free version. There are several reasons why your application may have been denied:
1. You may not be a current student, a faculty member or an employee at an educational institution
2. The credentials you uploaded may not be adequate to establish your eligibility.

If you believe that your application has been denied in error, please contact info@flexregistration.com.

Regards,
Adobe

估计Adobe认为我提交的材料不够详细、充分,于是第二次把自己的工作证,讲师证也扫描了,用edu.cn的信箱申请,还好这次通过了。

下面是申请通过。

Adobe Flex application accepted

Dear Wang Jianbin,

Thanks for your interest in Adobe Flex Builder. Developers all around the world have built some amazing applications with Flex Builder; you can see their work at the Flex Showcase. We encourage you to build your own application and then submit it to the Flex Showcase so others can see what you've built.

Downloading Flex Builder
If you have not downloaded Flex Builder, please download the trial version to get started.


Activating Flex Builder
Once you've downloaded Flex Builder, you can enter the following serial numbers to activate your product and the charting components.

Serial Number: xxxx-xxxx-xxxx-xxxx-xxxx-xxxx
Seats : 10

 

Using Flex Builder
The fastest and easiest way for you to get started with Flex Builder is to visit the Getting Started section on the Flex Developer Center. Go through the tutorials there and see how easy it is to build your own Flex applications.

We look forward to seeing what you build.

The Adobe Flex Team
Flex on Facebook

【Koopman】遍历论、动态模态分解和库普曼算子谱特性的计算研究(Matlab代码实现)内容概要:本文围绕【Koopman】遍历论、动态模态分解和库普曼算子谱特性的计算研究展开,重点介绍基于Matlab的代码实现方法。文章系统阐述了遍历理论的基本概念、动态模态分解(DMD)的数学原理及其与库普曼算子谱特性之间的内在联系,展示了如何通过数值计算手段分析非线性动力系统的演化行为。文中提供了完整的Matlab代码示例,涵盖数据驱动的模态分解、谱分析及可视化过程,帮助读者理解并复现相关算法。同时,文档还列举了多个相关的科研方向和技术应用场景,体现出该方法在复杂系统建模与分析中的广泛适用性。; 适合人群:具备一定动力系统、线性代数与数值分析基础,熟悉Matlab编程,从事控制理论、流体力学、信号处理或数据驱动建模等领域研究的研究生、博士生及科研人员。; 使用场景及目标:①深入理解库普曼算子理论及其在非线性系统分析中的应用;②掌握动态模态分解(DMD)算法的实现与优化;③应用于流体动力学、气候建模、生物系统、电力系统等领域的时空模态提取与预测;④支撑高水平论文复现与科研项目开发。; 阅读建议:建议读者结合Matlab代码逐段调试运行,对照理论推导加深理解;推荐参考文中提及的相关研究方向拓展应用场景;鼓励在实际数据上验证算法性能,并尝试改进与扩展算法功能。
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