A NOVEL 2-D GENETIC ALGORITHM FOR STANDARD PE PLACEMENT IN OPTOELECTRONIC MCM

IntroductionThere are considerable interests in the develop-ment of optical interconnections for multichipmodules ( MCM's) ,since optical interconnec-tions have advantages in size,power,and speedover electronic interconnections for“long”dis-tance communication[1] .Free space optical inter-connection( FSOI) is one of the forms of opticalinterconnections.Differing from electricity'straveling which uses wires for communication,FSOI uses laser light traveling in a transparentmedia.Moreover,…     

INTERLAYER MATERIALS DESIGN OF HPSN/K-500 JOINT

IntroductionBecause of the differences of crystal chemistryproperties,physical properties and surface con-ditions between ceramic and metal,the metallur-gical compatibility is very poor.It is essential tochoose suitable interlayer materials to achievethe high strengh ceramic/ metal joint.Interlayermaterials must be suitable to the propertieswhich( 1 ) would obviously reduce residual stress injoint,which may occur during cooling period be-cause of the differnet thermal expansion coeffi-cient be…     

A novel approach to design robust fault detection filter for networked control systems

In this paper, an approach for designing robust fault detection filter (RFDF) of networked control systems (NCSs) with unknown inputs is studied. The design aims at implementing the optimal trade-off between robustness of unknown inputs (including the item produced by networked-induced delay) and sensitivity of fault. The key design issue is to introduce an optimal fault detection filter based on NCSs with the control law compensation as the reference residual model of NCSs and to formulate the RFDF design as a model-matching problem. By applying H _∞ optimization technique, linear matrix inequality (LMI) approach is given to solve the model-matching problem. The validity of the proposed approach is shown by a numerical example.