[仿真]Full-Custom PCB Implementation of the FDTD/FIT Dedicated Computer

As one of the possibilities of high-performance computing technologies for electromagnetic-field computation, the authors have been Dre]AsgiV  
working in the design and development of a dedicated computer of the finite-difference time-domain (FDTD) method or the finite integration u&n' ITH  
technique (FIT) for microwave simulations. So far, to minimize memory-access overhead, a parallel memory-access architecture uh?>- ]r`  
was proposed, and the validity of the machine operation was confirmed by VHDL logic simulation. However, to implement the FDTD/FIT 3%E74 mOcD  
dedicated computer on any real hardware, it is essential to consider concrete hardware construction in detail. This paper presents implementation ma((2My'H  
of the FDTD/FIT dedicated computer on a custom printed-circuit board. qcN'e.A  
Index Terms—Dedicated computers, FDTD methods, fie .. et }T%~T  
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