COMPUTER-ASSISTED MEASUREMENT By Jim Fitzpatrick* ABSTRACT This paper describes the utilization of a specialized internal high speed processor within a modern microwave network analyzer - both its hardware and software processing architecture and some of its applications particularly with respect to simultaneous frequency/time domain measurements. 

DESIGN METHODS FOR THE CLASSICAL FILTER Jacques Neirynck~ Abstract The paper defined by the describes following individually This the central features: tunable concept a of a classical 2-port poles; has as an filter between many which is lossless resistive attenuation side up to were terminations; zeroes result: attenuation conditions as feasible. the set of three unexpected unsensi

ADVANCED ANTENNA MEASUREMENTS V.J. Vokurka* ABSTRACT Over been this the last decade, developed paper. increasing interest has been observed as to the indoor transforma(GPF) as well will be as test techniques on microwave antennas. A number of these methods which have recently, for instance the near-field/far-field Purpose Facilities tion technique and Compact Antenna Test Ranges (CATR) The r



COMPUTATION OF ELECTROMAGNETIC FIELDS: INTEGRAL-EQUATION TECHNIQUES ITERATIVE MINIMIZATION OF THE GLOBAL ROOT-MEAN-SQUARE ERROR WITH Adrianus T. de Hoop and Peter M. van den Berg Abstract An iterative method is developed for computing radiating electromagnetic fields in a bounded contrasting domain that is embedded in a homogeneous medium. The method is based on the minimization of the g

INTEGRATED OPTIC AND OPTOELECTRONIC FABRICATION R. BAETS DEVICES AND AND CIRCUITS: ADVANCES IN DESIGN ABSTRACT The current status of integrated optic and optoelectronic devices and circuits is reviewed. The operation of the most common guided wave devices is briefly described together with some new evolutions in the integration of optoelectronic and electronic circuits. Some emphasis is give





AN OVERVIEW OF MILLIMETER WAVE COMMUNICATIONS Rodger E. Ziemer* ABSTRACT An overview of millimeter wave communications applications is given, with special advantages and disadvantages pointed out. An important consideration in the implementation of a millimeter wave communications system is the effect of propagation conditions in the channel. The impact of channel propagation conditions as well