channel routing algorithm
英 [ˈtʃænl ˈraʊtɪŋ ˈælɡərɪðəm]
美 [ˈtʃænl ˈraʊtɪŋ ˈælɡərɪðəm]
【计】通道布线算法
双语例句
- Channel Routing Algorithm Based on Wireless Mesh Network
无线Mesh网络通道分配路由算法 - A new channel routing algorithm for irre-gular channels is presented in this paper.
本文提出一个新的不规则边界通道区布线算法。 - A correlative channel routing algorithm within sub-network was discussed which could choose appropriate routes effectively according to the resources available in the network and rules defined by the management interfaces.
相应地给出了一种子网内通道路由搜索算法，并可根据网络中已有资源和网管接口规则、有效地选择合适路由。 - Because the noise is high in wireless channel, and the sensor node may not work. So itis required that the routing algorithm is robust, distribution and scalability.
由于无线信道噪声高，误码率高且传感器节点容易失效，因此要求传感器自组网络的路由算法具有较高的健壮性，协议能够分布执行，可扩充性要好。 - Virtual Channel Routing Algorithm for GHz Zero-Skew Clock Tree Layout
GHz零时滞时钟树物理布图的虚拟通道布线算法 - A Channel Routing Algorithm Using Hybrid Graph
有向和无向混合图通道布线算法 - Basing on this fact, This paper constructs the object function for minimizing crosstalk in channel routing algorithm based on grid mode, presents the method to achieve the routing scheme with minimal crosstalk.
基于这一事实，在网格模式下的通道布线算法中建立了最小化串扰的目标函数，提出获得最小化串扰布线方案的方法。 - Channel Routing Algorithm By Free Layer Assignment
基于自由分层的通道区布线算法 - Channel Routing Algorithm and Application under Multi-Vendor Environment
多厂商设备环境中通道路由选择算法及应用 - There are varieties of algorithms for VLSI channel routing. But this paper deals with a new algorithm for channel routing based on a Hopfield neural model.
本文探讨了用Hopfield神经网络模型解决通道布线问题的一种新算法。 - Based on the proposed idea, the Channel Direction_ Based Fully adaptive Routing& a new kind of fully_ adaptive routing algorithm on 2D_ Mesh is described.
本文根据所提出的完全自适应路由思想&基于通道方向的完全自适应路由，设计了一个2DMesh上完全自适应路由算法。 - Automatic channel routing functionality in network management system was implemented by leveraging the above-mentioned design and algorithm.
应用上述方法和算法在实际网管系统中实现了自动通道路由选择功能。 - Problems concerning virtual circuit, packets and their confirmation, flow control, logical channel, state diagram and state table are firstly discussed, then packet-level module design, including data structure, commands of interface to both transport-level and link-level, routing algorithm, etc.
接着叉论述了设计分组级模块时要确定与解决的问题，例如与传送级模块及链路级模块间接口命令的设计、数据结构的设计、路径算法等。 - As a preliminary investigation of the channel automatic routing, some of the channel router algorithm, such as left edge algorithm, the dogleg algorithm, net merge channel router and greedy channel router, are analyzed.
作为通道自动布线的初步探索，论文分析了几种常见的通道布线算法如左边算法、狗腿算法、合并算法、贪婪算法。 - Several different scenarios are designed to evaluate channel assignment routing algorithm. And the improvement of throughput, delay, routing load to the whole network is analyzed.
设计多种仿真场景，对本文提出的信道分配和路由算法进行性能评估，分析它们在吞吐量、延时和路由开销方面对网络的影响。 - Cognitive Wireless Mesh Networks becomes a hot research owning to its unique advantages such as large network capacity, wide coverage and high spectrum efficiency. Channel assignment and routing algorithm are important key technologies for the cognitive wireless mesh networks.
认知无线Mesh网络以其网络容量大、覆盖范围广、频谱利用率高等优势，成为当前研究的热点；而其信道分配及路由算法是实现认知无线Mesh网络的重要关键技术。 - The research goal of this paper is to achieve actual optimization network performance as much as possible theoretical optimum network capacity by a variety of strategies and methods such as optimizing the network topology, using the optimum channel allocation ways and routing algorithm and load balancing so on.
本文的研究目标是构造有效的网络拓扑结构，并利用相应的信道分配、路由算法等策略，以提高网络性能，使得实际网络性能尽可能接近理论最优。 - Then aims of the tremendous demand of network capacity for users, agent theory, negotiation and learning mechanism which belong to artificial intelligence are introduced to design channel assignment and routing algorithms. A distributed channel assignment algorithm based on multi-agent is proposed.
为此，本文引入多Agent技术，利用人工智能领域的协商和学习机制，设计信道分配和路由算法，以提高信道利用率，满足用户的网络容量需求。 - To improve the efficiency of channel assignment and routing, a network topology optimization algorithm based on maximum flow minimum cut was proposed in first.
首先本文提出了一种基于最大流最小割的网络拓扑结构优化算法，用来简化拓扑结构，提高信道分配和路由的效率。