本文针对复杂情节电视剧节目提出以"可挖掘性"为理念的第二屏交互叙事模型,在充分调动观众对电视剧故事的参与性的同时,还能够在电视剧文本与观众生成的用户文本之间形成良好的互动。在设计实践部分,这一模型被应用于HBO大型...本文针对复杂情节电视剧节目提出以"可挖掘性"为理念的第二屏交互叙事模型,在充分调动观众对电视剧故事的参与性的同时,还能够在电视剧文本与观众生成的用户文本之间形成良好的互动。在设计实践部分,这一模型被应用于HBO大型电视剧《权力的游戏》电视伴侣应用IN-GoT(Interactive Narrative Game of Thrones)的设计,通过用户测试表明,本文的交互模型能够激发观众对故事进一步探索的欲望、提高对故事信息的掌握程度,以及对角色提出更具批评性的评价。展开更多
The reliability of mining systems is generally low due to their harsh working conditions. Currently, efforts for improving mining system reliability are often made in isolation. This practice could substantially limit...The reliability of mining systems is generally low due to their harsh working conditions. Currently, efforts for improving mining system reliability are often made in isolation. This practice could substantially limit the effectiveness of the efforts on overall reliability improvement of the mining system. To enhance the overall reliability of mining systems, an integrated improvement approach is necessary. In this paper, we developed a framework for integrated mining system reliability improvement to address this issue. In this framework, there are five major components including data integration, business process integration, hardware integration, software integration and analysis/decision integration, but we only focus on the integrated reliability analysis which is important to the analysis/decision integration. The reliability analysis considers the interactions between machines, and the impacts of design, operation, maintenance, automation and working environment on the overall system reliability. These multiple interactions present a big challenge to accurate reliability prediction. In this paper, we for the first time systematically investigated integrated reliability analysis approaches for dealing with this challenge using novel models and methods, including covariate hazard models, intelligent reliability prediction approach and complex system modeling methods. While these models and methods have found some successful applications in other industries, they in general have not been effectively used for the reliability analysis of mining systems. Our study results show that the system integration approach is applicable to mining systems and can be used for developing a computer aided integration system for the implementation of the integrated reliability improvement approach.展开更多
文摘本文针对复杂情节电视剧节目提出以"可挖掘性"为理念的第二屏交互叙事模型,在充分调动观众对电视剧故事的参与性的同时,还能够在电视剧文本与观众生成的用户文本之间形成良好的互动。在设计实践部分,这一模型被应用于HBO大型电视剧《权力的游戏》电视伴侣应用IN-GoT(Interactive Narrative Game of Thrones)的设计,通过用户测试表明,本文的交互模型能够激发观众对故事进一步探索的欲望、提高对故事信息的掌握程度,以及对角色提出更具批评性的评价。
文摘The reliability of mining systems is generally low due to their harsh working conditions. Currently, efforts for improving mining system reliability are often made in isolation. This practice could substantially limit the effectiveness of the efforts on overall reliability improvement of the mining system. To enhance the overall reliability of mining systems, an integrated improvement approach is necessary. In this paper, we developed a framework for integrated mining system reliability improvement to address this issue. In this framework, there are five major components including data integration, business process integration, hardware integration, software integration and analysis/decision integration, but we only focus on the integrated reliability analysis which is important to the analysis/decision integration. The reliability analysis considers the interactions between machines, and the impacts of design, operation, maintenance, automation and working environment on the overall system reliability. These multiple interactions present a big challenge to accurate reliability prediction. In this paper, we for the first time systematically investigated integrated reliability analysis approaches for dealing with this challenge using novel models and methods, including covariate hazard models, intelligent reliability prediction approach and complex system modeling methods. While these models and methods have found some successful applications in other industries, they in general have not been effectively used for the reliability analysis of mining systems. Our study results show that the system integration approach is applicable to mining systems and can be used for developing a computer aided integration system for the implementation of the integrated reliability improvement approach.
