1) LLC
低层码
1.
Based on the analysis of traditional BOM algorithms of nesting error tolerance and Low-Level Code(LLC)computing,after the comparison of BOM tree structure with Directed Acycline Graph(DAG),a new kind of algorithms containing the topological sort is proposed and its pseudocode is also implemented in details.
文章讨论了传统的BOM防止嵌套错误算法和低层码计算的算法的实现过程。
2) Master production planning (MPS)
低层码（LLC）
3) the low-rise
低层
1.
While architectural civilization advances and evolutes, the low-rise housing is increasing concerned the public, especially the design of the environment and space.
在现代社会经济繁荣,建筑文化不断进步和发展之际,在继承和发展传统住居空间方面,低层住居越来越受到大家的关注,尤其是其环境和空间的设计,借鉴了传统住居中“环境观”——使人与自然环境相互融合,使人的生存更有意义的设计理念。
4) lower atmosphere
低层大气
1.
Petroleum potential prediction by detecting hydrocarbon in lower atmosphere and interstitial water of sea-bottom surface sediment in North Yellow Sea basin;
利用低层大气和海底浅表层沉积物间隙水烃类检测方法预测北黄海盆地含油气远景
2.
Wind\|field diagnostic analysis and historical observation data are used to reveal general flow patterns of lower atmosphere over Beijing area.
用风场诊断方法和实际观测资料对北京地区低层大气的背景流动情况进行分析 ,获取当地流动时空演变的总体型式或模态。
5) low-rise building
低层房屋
1.
The wind-induced dynamic response of low-rise building is dominated by the non-resonant component.
通过两个实例检验LLC法计算低层房屋屋盖结构等效风荷载时的合理性。
2.
In combination with research on the wind load and wind-resistance behavior of low-rise buildings,the wind flow around, and the wind-induced pressures on, a low-rise building with gable roof were predicted using technique of numerical simulation based on the Reynolds-averaged equations,in which the standard k-ε turbulence model was used.
通过与风洞试验值的比较,表明了数值模拟能较好地反映低层房屋表面风压的分布,所得到的风压系数与风洞试验数据能很好地吻合。
6) low-level feature
低层特征
1.
Correlation of Image Low-level Features and High-level Semantics Using SVM;
基于SVM的图像低层特征与高层语义的关联
2.
A new method for correlating image low-level feature with high-level semantic based on Fuzzy Support Vector Machines (FSVM) is proposed, aiming at overcoming the considerable gap between them in the field of content-based image retrieval (CBIR).
通过对图像低层特征的分析,提取了颜色和形状特征向量(221维),将它们作为模糊支持向量机的输入向量,对图像类进行学习,建立图像低层特征与高层语义的关联。
参考词条
补充资料：HP-241B色带打码机/HP-30手动打码机
适用材料：
塑料薄膜PT、PE、PVC、OPP、KT、铝箔、饮料瓶商标；各种塑料复合材料、塑料袋、纸（不干胶、卡片）、皮革、布；包装容器袋、塑料制品；电子元件外壳。
工作原理及结构特点：
采用热打印带代替油墨打印，采取特殊的活字装卸换字结构，可在任何软包装材料上打印。印字清晰，不易擦掉；卫生干净，无油墨污染之优，是一种经济卫生的打印方式。
HP-241技术参数：
最高速度：70-120次/分 可调
打印间距：任意
打印行数：1-3行
电 压：220V±10% 50Hz
功 率：200W
热打印带宽度：25-35mm
HP-30技术参数：
电 源：220V/50Hz
功 率：≤40W
尺 寸：225×200×155mm
重 量：2.5kg
说明：补充资料仅用于学习参考，请勿用于其它任何用途。