科技通报
科技通報
과기통보
BULLETIN OF SCIENCE AND TECHNOLOGY
2015年
4期
43-45
,共3页
MIMO级联数据库%访问%特征分区
MIMO級聯數據庫%訪問%特徵分區
MIMO급련수거고%방문%특정분구
MIMO cascade database%access%feature partition
多输入输出(MIMO)级联数据库广泛应用在大型电子设备故障诊断数据库架构中。对MIMO级联数据库频繁访问过程中,进行特征分区有利于提高数据库访问性能。提出一种基于属性集合幂集的区间概念格的非线性MIMO级联数据库频繁访问特征分区算法,进行MIMO级联数据库的非线性特征分析及区间概念格构造,对数据库子系统的状态矢量进行临界状态数学建模,构建数据库的特征分区目标函数,改进MIMO级联数据库频繁访问特征分区性能。仿真实验表明,该算法能准确实现对非线性MIMO级联数据库频繁访问特征的提取和分区处理,有效提高了对MIMO级联数据库的内部访问特征的分析能力,有利于提高数据库访问性能,大幅提高数据检测性能,为构建专家系统奠定基础。
多輸入輸齣(MIMO)級聯數據庫廣汎應用在大型電子設備故障診斷數據庫架構中。對MIMO級聯數據庫頻繁訪問過程中,進行特徵分區有利于提高數據庫訪問性能。提齣一種基于屬性集閤冪集的區間概唸格的非線性MIMO級聯數據庫頻繁訪問特徵分區算法,進行MIMO級聯數據庫的非線性特徵分析及區間概唸格構造,對數據庫子繫統的狀態矢量進行臨界狀態數學建模,構建數據庫的特徵分區目標函數,改進MIMO級聯數據庫頻繁訪問特徵分區性能。倣真實驗錶明,該算法能準確實現對非線性MIMO級聯數據庫頻繁訪問特徵的提取和分區處理,有效提高瞭對MIMO級聯數據庫的內部訪問特徵的分析能力,有利于提高數據庫訪問性能,大幅提高數據檢測性能,為構建專傢繫統奠定基礎。
다수입수출(MIMO)급련수거고엄범응용재대형전자설비고장진단수거고가구중。대MIMO급련수거고빈번방문과정중,진행특정분구유리우제고수거고방문성능。제출일충기우속성집합멱집적구간개념격적비선성MIMO급련수거고빈번방문특정분구산법,진행MIMO급련수거고적비선성특정분석급구간개념격구조,대수거고자계통적상태시량진행림계상태수학건모,구건수거고적특정분구목표함수,개진MIMO급련수거고빈번방문특정분구성능。방진실험표명,해산법능준학실현대비선성MIMO급련수거고빈번방문특정적제취화분구처리,유효제고료대MIMO급련수거고적내부방문특정적분석능력,유리우제고수거고방문성능,대폭제고수거검측성능,위구건전가계통전정기출。
Multi input multi output (MIMO) cascade database widely is used in fault diagnosis database framework for large scale electronic equipment. Frequent access to the database of MIMO cascade process, feature partition is conducive to im?prove the performance of database access. A frequent access feature partition algorithm of nonlinear cascaded MIMO data?base interval concept lattice attribute set power set is proposed based on the nonlinear characteristic analysis and interval concept lattice structure are cascaded MIMO database, the database subsystem of the state vector of the critical state of mathematical modeling, feature partition object function for constructing the database, it can improve the MIMO database access frequently cascade the performance characteristics of partition. The simulation experiment shows that this algorithm can accurately realize the extraction and partition handling of nonlinear MIMO cascade database frequent access character?istics, it can effectively improve the ability of analysis of the internal access features of the MIMO cascade database, it can improve the performance of database access, and improve the data detection performance, it provides lay the foundation for the construction of expert system.