1) A Star Path Finder
A*寻径
2) routing
['ru:tiŋ]
寻径
1.
Improved ant colony optimization algorithm based on accelerating time converging of routing;
基于加速A*寻径收敛的改进型蚁群算法
3) route optimization
路径寻优
1.
For solve the problem that Petri net s route optimization search,the distribution rule of each transition implementation moment has been analyzed in the stochastic Petri net(SPN),a method for the probability distribution of transition time in arbitrary network is proposed.
在对SPN分析的基础上,基于蚁群算法设计了一种在SPN中使用的各个网元素数据结构,提出了一种在SPN中更有效率的路径寻优方法。
2.
The ant colony optimization is applied in route optimization of the abnormity 3D surface by method of the 3D surface discretized with grid,and the strategy of pheromone adjustment is also improved in the algorithm.
针对不规则三维表面路径寻优的问题,提出了一种将连续三维表面进行格网离散化的基于蚁群行为的解决方法,对基本蚁群算法的信息素更新策略进行了改进,并通过实验进一步验证了算法的有效性。
4) Routing algorithm
寻径算法
1.
The routing algorithms on faulty hypercubes which may be disconnected and with their number of fault Nodes|F|≥2n-2 are studied in this paper.
首次研究了当|F|≥ 2n - 2 ,且可以不连通情形下超立方网络的容错A*寻径算法 ,并借助于图的同构概念 ,研究了Fibonac ci立方网络 ,改进的Fibonacci立方网络 ,以及网孔互连网络的容错A*寻径算法。
2.
Results The corresponding routing algorithm is given.
结果给出了相应的A*寻径算法。
5) Token-Routing
信令寻径
1.
Research on High-speed Fibre Channel Switch Based on Token-Routing Technology;
信令A*寻径式高速光纤传输交换机研究与设计
2.
Research of the Reducing Token's Frequency Method in Token-routing High-speed Fibre Channel Switch Network
一种用于信令A*寻径高速光纤交换网的信令降频方法
3.
Aimed at the communication bottleneck in cluster,a new high-speed fibre channel switched network based on token-routing technology is researched.
针对机群系统的通信瓶颈问题,研究一种新型的以“信令A*寻径式交换技术”为核心的高速光纤传输交换网络。
6) wormhole routing
wormhole寻径
1.
The fruitofthis work is to descript briefly an implementation of fast message passing based on request response mode(FMPRR) which combined broadcast request and one-to-one response and used wormhole routing as flow control.
讨论了一种将广播请求和点到点应答两种通信方式相结合的消息传递机制FMPRR(FastMessagePassingbasedonRequestResponsemode)的实现,这种机制采用wormholeA*寻径流控策略。
补充资料：上寻
1.同"上荨"。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条