首页分类网络与图论

🌐 网络与图论

力导向图、生成树、网络鲁棒性与小世界现象。

19 个模拟60 fps 实时0 安装步骤
Force-Directed GraphFruchterman-Reingold spring layout for Erdős-Rényi, Barabási-Albert and Watts-Strogatz… Minimum Spanning TreeStep-by-step animation of Kruskal's and Prim's MST algorithms on a weighted graph. Toggle… Network ResilienceBarabási–Albert scale-free and Erdős–Rényi random networks under targeted hub attack vs… Small-World Networks — Watts-StrogatzStart from a regular ring lattice and rewire edges with probability p: watch clustering and… Scale-Free Network — Barabási-Albert Preferential AttachmentBarabási-Albert preferential attachment: new nodes connect with probability proportional to… Network ScienceSwitch between Erdős–Rényi, Barabási–Albert and Watts–Strogatz graph models: force-directed… TCP Congestion ControlNewTCP's congestion window: slow-start doubling, AIMD increase, multiplicative decrease on loss… Max-Flow / Min-CutNewRun Ford–Fulkerson (Edmonds–Karp) step by step: BFS finds augmenting paths, pushes flow… Community Detection (Louvain)NewDetect communities by greedily maximizing modularity with the Louvain method. Watch local… Internet RoutingNewDistance-vector routing (Bellman–Ford/RIP) can count to infinity; link-state (Dijkstra/OSPF)… Critical Path (CPM/PERT)NewModel a project as a DAG: forward/backward pass computes ES/EF/LS/LF and slack; zero-slack… PageRankNewGoogle's original ranking algorithm: a page's score is (1−d)/N plus d times inbound… Topological Sort — Ordering a DAGNewOrder a DAG's vertices so every edge points forward. Watch Kahn's algorithm peel off… Floyd-Warshall — All-Pairs Shortest PathsNewFloyd-Warshall finds shortest paths between every vertex pair in O(V³) by relaxing through… Bipartite Matching — Augmenting PathsNewFind a maximum matching in a bipartite graph via augmenting paths flipping matched and… DNS Resolution — Recursive Lookup & CachingNewTrace a DNS lookup from resolver to root, TLD and authoritative servers, then watch TTL… Random Graph — Giant Component & Phase TransitionNewConstruct an Erdos-Renyi G(n,p) random graph: as average degree crosses 1, a giant connected… Network Percolation — Giant Component ThresholdNewAdd random edges to nodes and watch the giant connected component emerge at p_c = 1/N.… Viral Spread on Contact NetworkNewAn SIR epidemic on a heterogeneous contact network — hubs spread it faster. Adjust β, γ and…
关于该分类

网络与图论

力导向图、生成树、网络鲁棒性与小世界现象。

Three.js · WebGL 60 FPS CC BY 4.0
快速了解
19个该分类下的互动模拟
在任何现代浏览器中均以 60 FPS 运行
🌐支持英语、乌克兰语、波兰语、西班牙语、德语、日语、意大利语、葡萄牙语(巴西)、法语、阿拉伯语、荷兰语、中文、韩语、印地语、土耳其语、越南语、俄语、印尼语、波斯语、孟加拉语、泰语、菲律宾语、斯瓦希里语、乌尔都语、马来语、泰米尔语、希伯来语、希腊语、旁遮普语、阿姆哈拉语、缅甸语、高棉语、格鲁吉亚语、尼泊尔语、蒙古语、亚美尼亚语、僧伽罗语、老挝语、捷克语、罗马尼亚语、匈牙利语、保加利亚语和瑞典语
🎓CC BY 4.0 — 可免费用于课堂和 LMS 嵌入

常见问题

运行 网络与图论 模拟需要安装什么吗?

不需要。所有内容都完全在浏览器中运行——无需下载、插件或注册账户。支持 Chrome、Firefox、Edge 和 Safari,大多数模拟同样支持移动设备。

我可以将这些模拟用于教学吗?

可以——所有内容均在 CC BY 4.0 协议下免费用于教育用途。您可以直接链接到任意模拟,或通过 iframe 将其嵌入到您的学习管理系统(LMS)中,无需 API 密钥。

这些模型在科学上是否准确?

它们采用与专业软件相同的数学公式,并实时进行数值积分计算。每个模拟都列出了所用算法,许多还附有讲解相关数学原理的文章链接。

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