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LSA
电平移动放大器
常用释义
英式发音
美式发音
基本释义
  • abbr. 电平移动放大器(Level Shift Amplifier);链路状态广播(Link State Advertisement)
例句
  • 1·The icon also changes in the hour before the Local Security Authority (LSA) renews the ticket.
    在本地安全机构(Local Security Authority, LSA)更新票据前一个小时内,此图标也会发生变化。
  • 2·Latent Semantic Analysis (LSA) is a theory and method of acquisition and representation of knowledge.
    潜在语义分析(LSA)是一种知识提取和表示的理论和方法。
  • 3·LSA traverses all the grids within the query region which ensures the query result quality of the algorithm.
    LSA算法通过遍历查询区域内的所有网格,保证了算法查询结果的质量。
  • 4·We should seek a new computation to reduce the complexity so as to apply LSA to cosmically context processing.
    我们应该寻找一种新算法降低时间复杂度和空间复杂度,以使LS A方法能够更好的应用于大规模的文本处理。
  • 5·Once it is in your local store, you can access the data through the local store address, sometimes abbreviated as LSA.
    一旦数据保存到本地存储中,就可以通过 本地存储地址(local store address,有时简写为 LSA) 来访问这些数据。
  • 6·Assigning new roles to existing employees can be a smart move, says Debbie Zmorenski, a productivity consultant at LSA Partners in Orlando.
    奥兰多市LSA Partners公司的生产力顾问黛比·兹莫伦斯基(Debbie Zmorenski)表示,向现有员工布置新任务可能是明智之举。
  • 7·To the weight update of Latent Semantic Analysis(LSA)model, this paper proposes an adaptive weight update algorithm based on Bayesian theory(ALSAB).
    针对潜在语义分析(LSA)模型的权重更新问题,提出了一种基于贝叶斯理论的自适应权重更新算法ALSAB。
  • 8·Conclusions: thoracic LSA and tension acting on ligamentum flavum may be the anatomical and biomechanical factors for the predilection on lower thoracic spine of TOLF.
    结论:胸椎椎板倾斜角和黄韧带所受张力可能是胸椎黄韧带骨化多发于下胸段的解剖学和力学因素之一。
  • 9·Compared with other retrieval models, such as concept library based or concept network, LSA-based retrieval model is easy to compute and requires less human intervention.
    基于LSA的检索模型与其它基于概念词典或概念网络的检索模型相比,具有可计算性强、需要人的参与少等优点。
  • 10·The ligamentum flavum and its adjacent lamina were viewed as lamina- ligamentum flavum- lamina complex and the forces acting on ligamentum flavum on different LSA were analyzed.
    将黄韧带与相邻椎板视为“椎板-黄韧带-椎板复合体”,分析黄韧带在不同椎板倾斜角时受力。