元宇宙虚拟空间中AI数字货币的高效率路由交易算法研究

Research on efficient routing and trading algorithms for AI digital currency in metaverse virtual space

基于元宇宙虚拟空间,对AI数字货币的高效率路由交易算法进行了研究。在选择路由算法路径阶段引入惩罚点数,在每个支付通道不同方向分别进行一个惩罚点数的维护,并结合交易的失败或成功,对惩罚点数进行动态调整。在获得多条AI数字货币交易路径后,使用概率对每条支付通道的支付能力进行刻画,通过最小化AI数字货币交易前后交易路径的支付通道的成功概率损失和,将交易AI数字货币分配在不同路径上。选取闪电网络拓扑信息构建仿真实验。实验结果表明,所提出的Compass路由算法在AI数字货币交易成功率、交易延迟方面均优于其他对比算法。

Based on the meta-universe virtual space,the efficient routing transaction algorithm of AI digital currency is studied.During the path selection stage of the routing algorithm,penalty points are introduced,and each payment channel is maintained with a penalty point in different directions.The penalty points are adjusted dynamically based on the failure or success of the transaction.After obtaining multiple AI digital currency trading paths,probability is used to characterize the payment ability of each payment channel.By minimizing the success probability loss of the payment channels before and after AI digital currency trading,the trading AI digital currency is allocated on different paths.The lightning network topology information is selected to construct the simulation experiments,and the experimental results show that the proposed Compass routing algorithm is superior to other comparison algorithms in terms of AI digital currency transaction success rate and transaction delay.