Recently, an efficient recursive and symmetrical optoelectronic interconnection network based on biswapped framework named “Biswapped-Hyper Hexa-Cell (BSN HHC)” is reported. In spite of containing a prime advantage concerning network diameter compared to its competitive Biswapped-Mesh (BSN Mesh) optoelectronic architecture; a major limitation of the network is its high cost. In a search for a competitive alternative variation of this network, a fast and a cost-efficient member of biswapped family named “Biswapped-Mesh of Trees (BSN MOT)” is proposed here. The suggested BSN MOT optoelectronic network claims to be a better alternative of counter-part OTIS-Mesh of Trees (OTIS MOT) optoelectronic network, claims advantages concerning diameter, minimum node degree, and network total and optical cost (total cost drops about 10–30% and optical cost drops about 50%). More specifically, compared to competitive Biswapped-Mesh and BSN HHC optoelectronic networks, the proposed network has a major advantage concerning network diameter. Moreover, BSN MOT is a cost-efficient architecture, where total network cost drops about 30–45% than that of BSN HHC. Besides, it is a better alternative for processing numerical problems that require network with “low static maximum node degree”. Thus, on the basis of above-mentioned properties, the proposed network claims to be the most economical and the fastest variation of biswapped framework.

最近，报道了一种基于 biswapped 框架的高效递归对称光电互连网络，名为“Biswapped-Hyper Hexa-Cell (BSN HHC)”。尽管与具有竞争力的 Biswapped-Mesh (BSN Mesh) 光电架构相比，它在网络直径方面具有主要优势；该网络的一个主要限制是其高成本。为了寻找该网络的竞争替代变体，这里提出了一种快速且具有成本效益的 biswapped 系列成员，名为“Biswapped-Mesh of Trees (BSN MOT)”。建议的 BSN MOT 光电网络声称是对等 OTIS-Mesh of Trees (OTIS MOT) 光电网络的更好替代方案，声称在直径、最小节点度、以及网络总成本和光成本（总成本下降约 10-30%，光成本下降约 50%）。更具体地说，与竞争性 Biswapped-Mesh 和 BSN HHC 光电网络相比，所提出的网络在网络直径方面具有主要优势。此外，BSN MOT 是一种具有成本效益的架构，其总网络成本比 BSN HHC 下降约 30-45%。此外，它是处理需要“低静态最大节点度”网络的数值问题的更好选择。因此，基于上述特性，所提出的网络声称是 biswapped 框架的最经济和最快的变体。BSN MOT 是一种具有成本效益的架构，其总网络成本比 BSN HHC 下降约 30-45%。此外，它是处理需要“低静态最大节点度”网络的数值问题的更好选择。因此，基于上述特性，所提出的网络声称是 biswapped 框架的最经济和最快的变体。BSN MOT 是一种具有成本效益的架构，其总网络成本比 BSN HHC 下降约 30-45%。此外，它是处理需要“低静态最大节点度”网络的数值问题的更好选择。因此，基于上述特性，所提出的网络声称是 biswapped 框架的最经济和最快的变体。