Design and Control of Information Networks Inspired by Nano-scale Electron Photon Interactions as Large-Scale Complex Systems

为了实现超大规模、复杂信息网络系统的基础，我们通过信息网络的观点，从现实世界中确实起作用的纳米级电子光子相互作用中获得见解，并利用这些见解来设计和控制信息网络系统。我们已经成功地分析了纳米级电子光子相互作用的基本性能，例如，能量耗散，偏斜依赖性，自主性和鲁棒性。此外，基于上述分析，我们成功地展示了新的解决方案搜索和决策功能。

Toward realizing the foundation of ultra-large-scale, complex information network systems, we obtain insights from the nano-scale electron photon interactions, which are indeed functioning in the real-world, via information-network-based viewpoints, and utilize such insights for the design and control of information network systems. We have successfully analyzed fundamentals performances of nano-scale electron photon interactions in terms of, for example, energy dissipation, skew dependence, autonomy, and robustness. Moreover, based on the above analysis, we have successfully demonstrated novel solution searching and decision making functionalities.