代码空间


摘要(Abstract)

提供了一种利用复合机器学习模型来执行预测的方法及系统，其中，所述复合机器学习模型包括至少两种类型的子模型，所述方法包括：(A)获取预测数据记录；(B)基于预测数据记录的属性信息来生成与预测数据记录对应的预测样本的多个特征子集；(C)将预测样本的多个特征子集分别提供给复合机器学习模型所包括的子模型，以得到复合机器学习模型针对预测样本的预测结果，其中，在所述复合机器学习模型中，所述子模型根据梯度提升框架训练而成。通过这种方式，能够有效地融合多种类型的子模型来协同工作，充分发挥各个子模型的优势以取得较好的综合机器学习效果。


主题(Topic)
express 复合模型 Compound model
j-and-t-express pkuseg Operations research 模式识别 Policy engine 决策支持 Process ADAS decision support 场景模型 Feature engineering Deep learning STS elasticsearch 机器学习 Model visualization 视图可视化 倒排索引 3DR-Tree ONOS caffe 深度学习 数据标准化 Pattern recognition pychart IOTA text recognition fdnlp Resources 搜索引擎 Data standardization Inverted index view visualization 图像识别 Test training image recognition 策略 模型托管 Stanford Nlp 时空索引 TimeGIS Image index 流程引擎 物联网应用 埃欧塔 资源引擎 策略控制器 图像索引 gis 模型可视化 文本识别 新型大数据架构 data reduction ggplot2 plot solr pytorch 数据过滤 资源 ArcGIS AWS Lambda data filtering 数据降维 ggplot segmaker Model hosting Kappa 流程 Space-time index 测试训练 Process engine STR-tree Graphics 策略执行器 PC PE lattice 运筹学 Machine learning Strategy Scene Model chart opencv RAM
cql mapper google-drive-realtime-api ember.js django-orm stanford-nlp-server rdkit symfony-forms mcmc scala relational-division ember-data sequel-gem mixed-models mongoose aframe railway.js jsp cqlsh ef-core-2.0 dynamic sunspot export plantuml undefined thinking-sphinx wicket game-physics matrix json-api vector lift jugglingdb collision one-to-many set viewmodel sphinx datastax-enterprise pymc express ampl entity-framework-6 database-design mathematical-optimization editorfor cascading-deletes hdf5

express-t j apollo-and-express decoder-j j-cast j-component j-connector j-core j-factor j-function j-icon j-link j-matumt j-notes j-novel j-query j-ui language-j minimal-j objective-j plan-j prism-j yosemite-j itu-t-t-814 j-fall-2018 travis-config-j bitwise-and cdcl-t easy-t ethernet10base-t forex-t geojson-t ieee-t itu-t json-t kaggle-t light-t mpi-t notes-t nsx-t poc-t productivity-t radio-t radtio-t redux-t saf-t share-t skew-t
项目(Project)
mdminhazulhaque/pyjte homeport/yft kaozaza2/snow fionisarnen/recreating-using-CodeIgniter roman-kaspar/jtbanka2mbox naidraikzir/nyaan tomoncle/python-m-smaples marcamos/jet WHC_KeyboardManager Harry-Muzart/Collab-with-others-N5736-df345-python-NeuroIm- ciandt/it-express-skeleton J-MR-T/AntiProcrastinationThingy j-n-t/natural_language_processing J-MR-T/BooleanDSL T-sweet-J/chat- Debapriya-Tula/AdaConv-Pytorch jitwit/jpl-mode jitwit/juniper string5 harsh19/Structured-Adversary T-vK/NodeMCU-Express j-n-t/PBS-PGBIA j-n-t/speech-recognition j-n-t/POS-tagging J-T-McC/vue3-chartjs j-n-t/machine-translation Rufflewind/wigner-symbols-rs fcanas/BindBackstop 0) { fflush (stdin); scanf ("%c", &tentativa[ajuda]); for(j = 0; j < COLUNA; j++) { if (tentativa[ajuda] == jogo[aux][j]) { vetor[j] = tentativa[ajuda]; vencer ++; } else if (jogo[aux][j] == '\0') { break; } else { cont ++; } } if (cont == strlen (jogo[aux])) { vida --; } for (i = 0; i < strlen (jogo[aux]); i++) { printf ("%c ", vetor[i]); } cont = 0; ajuda++; printf ("\t[%d] - CHANCES RESTANTES\n\n", vida); if (vencer == strlen (jogo[aux])) { printf ("\n\t********** VOCE ACERTOU!!! **********\n\n\n"); system ("pause"); break; } if (vida == 0) { printf ("\n\t********** GAME OVER **********\n\n\n"); system ("pause"); } }break; case 2: system ("cls"); printf("\n\n"); for (i = 0; i < LINHA; i++) { printf ("[%d] >>> %s\n", (i + 1), jogo[i]); } printf("\n\n"); system ("pause"); break; case 3: system ("cls"); printf("\n\n\n\t\t************** SOBRE **************\n\n\n"); printf("\t+-------------------------------------------------+\n"); printf("\t| UNIVERSIDADE ESTADUAL DE SANTA CRUZ - UESC |\n"); printf("\t| GRADUACAO: Ciencia da Computacao |\n"); printf("\t| PROGRAMADOR: Bruno dos Santos Padre |\n"); printf("\t| FINALIDADE: criterio de avaliacao |\n"); printf("\t| VERSAO: 1.0 |\n"); printf("\t+-------------------------------------------------+\n\n\n"); system ("pause"); break; case 4: system ("cls"); printf("\n\n\n\t\t***************** AJUDA *****************"); printf("\n\n\n\t+--------------------------------------------------------+\n"); printf ("\t| O objetivo deste game é descobrir uma palavra |\n"); printf ("\t| adivinhando as letras que ela possui. |\n"); printf ("\t| A cada rodada, o jogador ira escolher uma letra |\n"); printf ("\t| que possa fazer parte da palavra. |\n"); printf ("\t| Caso a palavra contenha esta letra, |\n"); printf ("\t| será mostrado em que posicao ela está. |\n"); printf ("\t| caso esta letra não exista na palavra, |\n"); printf ("\t| o jogador perdera uma chance. Se zerar as chances, |\n"); printf ("\t| o jogador estará fora da partida. |\n"); printf("\t+--------------------------------------------------------+\n"); system ("pause"); break; case 0: exit (0); break; default: printf ("\t******** ERRO. TENTE NOVAMENTE!!! ********\n"); } } while (menu_opcao != 5); return 0; }" class="topic-tag topic-tag-link"> Brunozik/JOGO-DA-FORCA-EM-C rhysd/clever-f.vim 全部项目