研究目的
在生产前探索组件层面（包括自由曲面光学元件和光子集成电路PICs）及系统层面模拟光学设计的不同可用方案。
研究成果
文章最后强调了生产前设计与验证的重要性，以减少故障和缩短上市时间，并探讨了用于在组件和系统层面模拟光学设计的各种软件解决方案。
研究不足
该文章未明确说明实验的技术和应用限制或潜在的优化领域。
本文讨论了用于模拟和分析光学系统的各类商业软件解决方案，包括光子集成电路（PIC）、传输系统与网络以及光纤激光器与放大器，还涵盖了采用多物理场仿真来处理热学和力学问题的方法。
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LensMechanix
Zemax
Provides an assessment of the optical performance at any point in the design process.
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Lighttools
Light Tec
Supports virtual prototyping, simulation, optimization, and photorealistic renderings of illumination applications.
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Lucidshape
Light Tec
For the development of automotive forward, rear, and exterior lighting.
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RSOFT
Light Tec
To design and analyze optical telecommunications devices, optical components used in semiconductor manufacturing and nano-scale optical structures.
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CST Studio Suite
CST
Offers dedicated workflows for optical applications such as photonic integrated circuits (PICs), plasmonic devices, photonic crystals, or metamaterials.
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OptSim
Synopsys
The system-level optical communications simulator used to analyze signal propagation for applications like DWDM with advanced modulation formats.
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