5bca8566db79f3788be9efd96c9ed70d-Paper.pdf 快捷下载:本公众号后台回复【paper64】下载本论文 01 Story 这篇文章是来自NeurIPS 2020的《Subgraph...Neural Networks》[1],作者首先提出了一个新的问题:子图分类;然后设计了subgraph neural networks(SubGNN)来有效地获取子图表征。...在图的node-level和graph-level预测的任务上,深度学习方法已经取得了很好的表现了,但是对子图(subgraph)预测的研究很少。...subgraph-level的表征需要关注近邻(neighbor)、结构(structure)和位置(position)三个方面的信息,更多的信息带来更多的挑战: (1)要求对不同大小的子图进行联合预测...图3 SubGNN结构 04 Subgraph-Level Message Passing Anchor patches ? 是从图 ?
下面将一一介绍这些方法: SubgraphRewriter 网址: https://github.com/pytorch/pytorch/blob/master/torch/csrc/jit/passes/subgraph_rewrite.h
开发者可以选择直接使用别人已经部署[17]的 subgraph,或者自己定义并部署 subgraph。...接下来,进入dashboard[26],点击添加 subgraph ,创建一个新的 subgraph。...像下面配置 subgraph: subgraph 名称 - Zoranfts subgraph 副标题 - 一个用于查询 NFT 的 subgraph 可选 - 填写描述和 GITHUB URL 属性...subgraph 创建后,接下来我们将使用 Graph CLI 在本地初始化该 subgraph 。...subgraph 的主要配置和定义在 subgraph.yaml 文件中。
创建定义数据索引的 Subgraph。 部署 Subgraph 到 TheGraph,实现数据索引。 在前端 DApp 中查询索引数据。...创建定义数据索引的 Subgraph TheGraph 中定义如何为数据建立索引,称为 Subgraph,它包含三个组件: Manifest 清单(subgraph.yaml) - 定义配置项 Schema...创建账户之后,进入仪表盘就可以开始通过界面创建 subgraph,进入你的仪表板[4],并点击Add Subgraph: ?...SUBGRAPH_NAME> 是必需的,这是你的 GitHub 用户名 SUBGRAPH_NAME>是必需的,这是你的前面创建 subgraph...> SUBGRAPH_NAME> 使用完成的 Subgraph 名称,我们这里是:xilibi2003/Gameplayer 。
, x): with edge_subgraph.local_scope(): edge_subgraph.ndata['x'] = x...edge_subgraph.apply_edges(self.apply_edges) return edge_subgraph.edata['score'] 模型接受数据加载器生成的块列表...edge_labels = edge_subgraph.edata['labels'] edge_predictions = model(edge_subgraph, blocks, input_features..., x): with edge_subgraph.local_scope(): edge_subgraph.ndata['x'] = x...for etype in edge_subgraph.canonical_etypes: edge_subgraph.apply_edges(self.apply_edges
策展人可能是 subgraph 的开发者,他想让自己的 subgraph 被索引。...激励新 subgraph 为了帮助引导那些还没有需求的新 subgraph,GRT 质押是通货膨胀的,新铸造的代币被给予那些对查询需求非常低的 subgraph 进行索引的索引器。...$ graph deploy --studio subgraph-id>。 现在你可以在 Subgraph Studio 中点击 发布。...在这里你也可以找到一个 subgraph,并测试其他 subgraph 的策展情况。...subgraph 映射单元测试:一个名为matchstick[21]的新单元测试功能可以测试 subgraph 映射,详情见下文。
: subgraph_set[filename] = G.add_subgraph( name='cluster' + filename..., label=filename ) subgraph = subgraph_set[filename]...subgraph.add_node(node, label='{0}:{1}'.format(firstlineno, function)) stack.append...= subgraph_set[end_filename] if index == 0: color = 'green' elif index == len_stack..., lhead=end_subgraph.name, label='#{0} at {1}'.format
(a)') f.view() from graphviz import Digraph g = Digraph('G', filename='cluster.gv') # NOTE: the subgraph...to begin with 'cluster' (all lowercase) # so that Graphviz recognizes it as a special cluster subgraph...with g.subgraph(name='cluster_0') as c: c.attr(style='filled', color='lightgrey') c.node_attr.update...white') c.edges([('a0', 'a1'), ('a1', 'a2'), ('a2', 'a3')]) c.attr(label='process #1') with g.subgraph...to begin with 'cluster' (all lowercase) # so that Graphviz recognizes it as a special cluster subgraph
= (StateGraph) subGraphNode.subGraph(); Context subgraphCtx = generate(subGraph.nodes, subGraph.edges...This implies that Subgraph share the same state with parent graph * @param id the identifier of the...node representing the subgraph * @param subGraph the compiled subgraph to be added * @return this...This implies that Subgraph share the same state with parent graph * @param id the identifier of the...node representing the subgraph * @param subGraph the subgraph to be added. it will be compiled on
->:虚线箭头 ==>:加粗箭头 分组 可以用 subgraph 把节点分组: flowchart TB subgraph 用户层 A[浏览器] --> B[控制器] end...subgraph 服务层 B --> C[服务类] end flowchart LR subgraph 用户层 A[浏览器] --> B[控制器...Controller 层 R[接收 HTTP 请求] --> V[参数校验] end subgraph Service 层 V --> B[业务处理]...B --> CallMQ[发送 MQ 消息] B --> Repo[数据持久化] end subgraph 外部系统 CallMQ -->...MQ 消息] B --> Repo[数据持久化] end subgraph 外部系统 CallMQ --> Inv[库存服务] Repo
任何人都可以贡献和创建 subgraph,从而使区块链数据的访问变得容易(参考: 使用 TheGraph 完善 Web3 事件数据检索[5]。...The Graph 有多个 subgraph,如Aave[6]、ENS[7]、Balancer[8]和MakerDAO[9]。为了查询这些 subgraph 的数据,我们将使用 GraphQL。...Uniswap subgraph 可以在Uniswap V2 Subgraph [11]找到。 建立 Uniswap sdk。...结论 在这篇文章中,我们为 Uniswap V2 subgraph 构建了一个 dotnet 包装器,以获得去中心化交易所的分析结果,如获得流动性最高的交易对。.../explorer/subgraph/balancer-labs/balancer [9] MakerDAO: https://thegraph.com/explorer/subgraph/protofire
roscore subgraph nodes node1 node2 end roscore -....节点之间的信息交换是两个节点直接完成的 软件结构 graph TD subgraph "3.cd到ws" subgraph 编译包 make_file...launch end end subgraph "2.cd到ws下src" subgraph 初始化工作区 initialisation_ws...subgraph "1.系统环境" subgraph ROS环境配置 install initialisation_ros...graph TD subgraph cd到ws下的src下的包下的msg subgraph 新建 msg_new["编辑.msg文件"] -->
子流程图 代码格式如下: subgraph xxx ······ end 其中,xxx 为该子图的标题。 【注】不论 graph 还是 subgraph 中的节点标识都是全局的。...```mermaid graph TB subgraph one A1 --> B1 end subgraph two A2 === B2 end subgraph three...[](/images/Technique/MarkDown/MarkDown绘图mermaid流程图graph/graph子图.png) --> ```mermaid graph TB subgraph...one A1 --> B1 end subgraph two A2 === B2 end subgraph three A3 -.-> B2 end 5.
MermaidGenerator.java public class MermaidGenerator extends DiagramGenerator { public static final char SUBGRAPH_PREFIX...void appendHeader(Context ctx) { if (ctx.isSubGraph()) { ctx.sb() .append(format("subgraph...%s\n", ctx.title())) .append(format("\t%1$c%2$s((start)):::%1$c%2$s\n", SUBGRAPH_PREFIX, START...)) .append(format("\t%1$c%2$s((stop)):::%1$c%2$s\n", SUBGRAPH_PREFIX, END)) // .append(..., from, to); default -> format("%1$c%2$s:::%1$c%2$s --> %1$c%3$s:::%1$c%3$s\n", SUBGRAPH_PREFIX
"] end subgraph API网关层 ApiGateway["API网关"] LoadBalancer["负载均衡器"] end subgraph...] end subgraph K8s弹性伸缩层 subgraph 北美集群 US_HPA[水平Pod自动伸缩] US_CA[集群自动伸缩...graph TB subgraph 用户侧 User[用户] Browser[浏览器缓存] end subgraph CDN层 CDN_Edge...[CDN边缘节点] end subgraph 应用层缓存 ApiCache[API响应缓存] ModelCache[模型推理结果缓存] end subgraph...[旧版模型] ColdModel2[特殊模型] end end end subgraph 图像存储层 subgraph
direction TB subgraph B1[情况1] d1[1] e1[2] f1[3] end subgraph B2[情况2] d2[1] e2[...2] f2[3] end subgraph B3[情况3] d3[1] e3[2] f3[3] end end subgraph C[第三位数] direction...TB subgraph C1[情况1] g1[1] h1[2] i1[3] end subgraph C2[情况2] g2[1] h2[2] i2[3]...end subgraph C3[情况3] g3[1] h3[2] i3[3] end subgraph C4[情况4] g4[1] h4[2] i4...[3] end subgraph C5[情况5] g5[1] h5[2] i5[3] end subgraph C6[情况6] g6[1] h6[2]
flowchart LR subgraph A[组帧] subgraph B[计数字段] b[0000 0111] end subgraph C[数据部分] direction...A[组帧] direction TB subgraph B[计数字段] b[5] end subgraph C[数据部分] direction TB c[0]...d[1] e[2] f[3] end end subgraph A1[组帧] direction TB subgraph B1[计数字段] b1[5] end...: flowchart LR subgraph A[组帧] direction TB subgraph B[计数字段] b[3] end subgraph C[数据部分]...direction TB c[0] d[1] e[2] f[3] end end subgraph A1[组帧] direction TB subgraph B1
前一部分中,生成了若干module的python文件,都对应了一个subgraph,本节的作用就是把这些子图合并成一个大图,对应到python代码,就是生成一个新python文件,里面把各个subgraph...1 | | Subgraph 2 | | Subgraph 3 | | |...subgraph_input_names = get_input_names(subgraph, graph) subgraph_output_names, output_counter...: subgraph_input_names[key] = output_names[key] for key in subgraph_output_names:...(get_tensor_names_list(subgraph_input_names)) subgraph_outputs.append(get_tensor_names_list(subgraph_output_names
```mermaid graph TB SubGraph1 --> SubGraph1Flow subgraph "SubGraph 1 Flow" SubGraph1Flow(SubNode...1) SubGraph1Flow -- Choice1 --> DoChoice1 SubGraph1Flow -- Choice2 --> DoChoice2 end subgraph..."Main Graph" Node1[Node 1] --> Node2[Node 2] Node2 --> SubGraph1[Jump to SubGraph1] SubGraph1
如何创建Subgraph 定义如何为数据建立索引,称为Subgraph。...它需要三个组件: Manifest 清单(subgraph.yaml) Schema 模式(schema.graphql) Mapping 映射(mapping.ts) 清单(subgraph.yaml...一个典型的设置是Truffle/Buidler项目代码库中有一个subgraph文件夹。然后,你可以轻松引用到ABI。...完整的文档可以在这里找到:https://thegraph.com/docs/define-a-subgraph#the-subgraph-manifest。...按照此处的说明部署subgraph。对于许多项目,你实际上可以在资源管理器中找到现有的subgraph,网址为https://thegraph.com/explorer/. ?