民族民间文化资源传承与开发利用技术集成与应用示范
项目来源
国（略）研（略）(（略）D（略）
项目主持人
吴（略）
项目受资助机构
陕（略）大（略）
立项年度
2（略）
立项时间
未（略）
项目编号
2（略） YFB1402100
项目级别
国（略）
研究期限
未（略） （略）
受资助金额
5（略）0（略）
学科
现（略）业（略）键（略）发（略）示（略）
学科代码
未（略）
基金类别
“现（略）业（略）键（略）发（略）示（略）”重点专项
人（略）形（略）;（略）艺（略）库（略）知（略）语（略）;（略）交（略） （略）间（略）目（略）数（略）馆（略）F（略）a（略）a（略）n（略） （略）a（略）o（略）e（略）;（略）l（略）a（略）n（略）r（略）R（略）u（略） （略）k（略）K（略）l（略）e（略）a（略）S（略）n（略） （略） （略）u（略）-（略）p（略）r（略）t（略）c（略）n（略）N（略）o（略） （略）k（略）t（略）p（略）o（略）;（略）g（略）l（略）s（略）
参与者
李（略）
参与机构
西（略）；（略）族（略）；（略）天（略）技（略）司
项目标书摘要：本年（略）二种关键技术进行了（略）文、专利与软著成果（略）式化描述与虚拟人新（略）构建技术、IP标识（略）注和素材拆分解析技（略）互译、知识图谱语义（略）内容的检索、民族民（略）制作、文化资源虚拟（略）以及智能推送。
Applicati（略）: This ye（略）ey techno（略）lved in t（略） project （略）.The corr（略）cademic p（略）t and sof（略）ave been （略）e technol（略）s follows（略）on formal（略）and the c（略） of virtu（略）nstructio（略）y of cult（略）t resourc（略）IP identi（略）nt and re（略）chnology,（略） material（略）analysis （略）recogniti（略）slation o（略）nic langu（略）dge map s（略） technolo（略）mputer in（略）nd conten（略）rieval,cr（略）ational f（略）ys,handic（略）tion,virt（略）ion of cu（略）urces and（略）tal museu（略）ligent re（略）n.
项目受资助省
陕（略）
1. Three new species of middle Triassic Eosemionotus stolley,1920(Actinopterygii:Neopterygii)from Monte San Giorgio.XVI Annual Meeting of the European Association of Vertebrate Palaeontologists in Caparica,Portugal(26.06-01.07.2018),Abstract book:95
2. Solar Prosumers in the German Energy Transition:A Multi-Level Perspective Analysis of the German‘Mieterstrom’Model.Energies 2021,14,1188
3.Face-sketch learning with human sketch-drawing order enforcement
4.An efficient probabilistic routing scheme based on game theory in opportunistic networks
- 关键词：
- Opportunistic networks; Probabilistic routing; Game theory; Messageforwarding;INCENTIVE MECHANISM; TRANSMISSION; ALGORITHM; LOCATION
Routing is one of the most challenging problems in opportunistic networks (OppNets) because of the intermittence of the network connection. To address the issue, many routing schemes have been proposed, however, most of them assume that nodes are willing to forward messages for others. In fact, due to limited resources and poor social relations, nodes in OppNets may be selfish and not reluctant to participate in message forwarding. To tackle this issue, in this paper, we propose a Probabilistic Routing scheme based on Game Theory (PRGT) to stimulate cooperation among selfish nodes. Firstly, we introduce virtual money to buy the message for gaining more profits. Then, according to the historical meeting records among different nodes, we establish a Markov-based probability prediction model, in which the message carrier selects a node with higher probability of encountering the destination node as the relay node. Finally, a game theory approach is employed to simulate trading price for message forwarding. The simulation results demonstrate that our proposed routing scheme can effectively improve the delivery rate of messages and reduce network latency. (C) 2018 The Authors. Published by Elsevier B.V.
...5.Notice of Removal: Rationality Analysis of Test Sequence for CTCS-1 Train Control System Based on Expert System
- 关键词：
- Extraction;Control systems;Testing;Data mining;Railroads;Combination strategies;CTCS-1;Existing railway lines;Rationality criteria;Safety and efficiencies;System requirements specifications;Test sequence;Train control systems
CTCS-1(Chinese Train Control System Level 1) is used to ensure the safety and efficiency of the existing railway line which accounts for more than 70 percent of the total railway mileage in China. In order to verify whether a CTCS-1 system satisfy the system requirements specification, a series of testing shall be carried out, for which test sequences shall be prepared. Currently, as all the test sequences are written manually by professional staff, it is difficult to guarantee the quality of test sequences. To address this problem, an expert system approach for verifying the rationality of test sequence is proposed in this paper. Firstly, the rationality criteria for CTCS-1 test sequence is summarized; secondly, the data for inference are obtained and the data extraction process is proposed; thirdly, the production rules are established to represent the knowledge of CTCS-1 train control system; finally, a combination strategy of inference and comparison is adopted to verify the rationality of test sequence. Several key issues are addressed, such as data extraction, rule representation, inference and comparison strategy in this paper. © 2018 IEEE.
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