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1)  conflict resolution
冲突解脱
1.
Optimal conflict resolution method based on inner-point restriction;
采用内点约束的最优冲突解脱方法
2.
In order to assure flight security, the research on the technologies and arithmetic of conflict detect and conflict resolution is the key to improve flight security and benefit.
讨论机载防撞系统对两架飞机间冲突的决策咨询,建立了冲突解脱模型,详细的描述了垂直机动决策咨询生成算法以及选择和处理逻辑。
3.
In order to resolve the conflict quickly,accurately and humanely,an improved conflict resolution algorithm based upon genetic algorithm was proposed.
对自由飞行中飞行冲突解脱问题进行研究,提出一种改进的能够快速准确进行航路规划的遗传算法。
2)  CRA Conflict Resolution Advisory
冲突解脱咨询
3)  conflict detection and resolution(CDR)
冲突探测与解脱(CDR)
4)  Conflict resolution
冲突消解
1.
Research on Case-based Conflict Resolution System in Collaborative Design of Machine Tools;
机床协同设计中基于实例的冲突消解
2.
Rough set-based conflict resolution case reasoning in collaborative design;
基于粗糙集的协同设计冲突消解事例推理技术
3.
Research on Integrated Conflict Resolution System in the Collaborative Design;
协同设计中集成化冲突消解系统的研究
5)  Conflict resolution
冲突解决
1.
En-route Conflict Resolution Strategies Based on Optimal Control;
基于最优控制的航路冲突解决方法
2.
In this paper, the strategy of integrationbased conflict resolution is proposed after analyzing the characteristics of some conflict resolutions.
通过分析各种冲突解决方法的特点,提出了一种冲突的集成解决方案。
3.
Considering complexities of concurrent engineering , we propose a case-based conflict resolution approach applied to concurrent engi neering and introduce the architecture and function of the case-based system.
研究了并行工程中冲突问题的来源与特点 ,指出了现有冲突解决方法应用于并行工程领域存在的不足。
6)  collision resolution
冲突分解
1.
The fast collision resolution(FCR)algorithm and its performance analysis;
快速冲突分解算法及其性能分析
2.
Study on a isolation type of random n-ary tree collision resolution algorithm;
隔离型随机N叉树形冲突分解算法研究
3.
In this paper, the authors analyzed the characteristics of the long round-trip delay (RTD) channel over the centralized control bi-direction hybrid fiber/coaxial (HFC) networks,and showed the collision resolution algorithms used in immediate feedback channel( RTD≤1 slot) don′t adapt to the long RTD channel.
研究了集中控制式HFC双向传输网络长往返时延(round-tripdelay,RTD)信道的基本特点,指出用于立即反馈(immediatefeedback)信道(RTD≤1时隙)的冲突分解算法不适合于长RTD信道,讨论了Q叉树形交织(interleaving)算法的基本原理,导出了当RTD=2时隙时,二叉树和三叉树形冲突分解交织算法的解析表达式,进行了计算机仿真实验,获得了一些有意义的结果。
补充资料:解脱
      印度唯心主义哲学派别通用的术语。解脱是对轮回而言。按印度唯心主义哲学,轮回意即六道流转的继续。解脱即烦恼业因的终止,是破除业力的桎梏、结束轮回转生后的一种超验境界。就历史而言,解脱思想的出现似比轮回观念早些。在轮回的观念尚未形成时,人们只是例行地举行祭祀,敬神积福,祈求死后升天,不再降生人间。解脱仅仅意味着肉体消亡,灵魂升天。在《梨俱吠陀》中,已多处表示了这种一般意义的"解脱"。
  
  到奥义书时期,解脱被赋予了哲学的奥义。解脱并不限于死后升天,而且还有现实的意义,即于今生遁迹兰若,断绝尘缘,加持瑜伽。瑜伽是达到解脱的方法,一般有三种:智瑜伽、行瑜伽、信瑜伽。解脱既指死后肉体的消亡,亦指生前精神的升华。佛典有所谓两种涅槃:有余涅槃和无余涅槃。前者谓寿尽前精神升华所得的解脱,后者谓寿尽时肉体消亡所得的解脱。业力-轮回、苦行-解脱,这一套来世论-解脱论,为具有唯物主义思想的学派所否定,但为印度所有唯心主义哲学流派所接受。它在今天的印度意识形态领域中仍有相当大的影响。
  

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