Evolutionary Design of Collision-based Computing Schemes in Two-dimensional Cellular Automata

我们希望发展新型的非结构化计算设备，其中计算是基于滑翔机（呼吸机，孤立子，缺陷的细胞自动机类似物）之间的碰撞，在均匀的空间中旅行，不受传统计算架构的异质性。一个显着的贡献-自然启发的设计解决方案和计算架构-将作出新的和新兴的计算范式和架构，以及非经典计算的高潜力领域。该项目的结果将部署在未来的自动设计和制造的无架构的高性能计算机。

We wish to evolve novel types of unstructured computational devices, where computation is based on collision between gliders (cellular-automaton analogues of breathers, solitons, defects) travelling in uniform space free from heterogeneity imposed by traditional computing architectures. A significant contribution --- nature-inspired design solutions and computing architectures --- will be made to the high-potential field of novel and emerging computational paradigms and architectures, and non-classical computation. Results of the project will be deployed in future automatic design and manufacturing of architecture-less high-performance computers.