ESPRIT '88: Putting the Technology to Use : Proceedings of the 5th Annual ESPRIT Conference, Brussels, November 14-17, 1988, Part 1North-Holland, 1988 - 1759 pages Part1. Advanced microelectronics. VLSI technologies - comparisons and prospects. Software technology. Advanced information processing. Part2. Office systems.Computer integrated manufacturing. Information exchange system. |
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Page 64
The procedure followed here differs somewhat from the one described above
because the authors did not start with a set of fixed low-frequency s-parameters
but used a broad frequency range extending up to 16 GHz. Thus only the ...
The procedure followed here differs somewhat from the one described above
because the authors did not start with a set of fixed low-frequency s-parameters
but used a broad frequency range extending up to 16 GHz. Thus only the ...
Page 467
A function is now called 'symbolic procedure'. Names can have letters like 1: or 1.
in which the escape marker indicates a letter. The use of these letters in names
avoids name clash problems. Local variables in symbolic procedures are ...
A function is now called 'symbolic procedure'. Names can have letters like 1: or 1.
in which the escape marker indicates a letter. The use of these letters in names
avoids name clash problems. Local variables in symbolic procedures are ...
Page 634
Here we shall list various local parameters together with procedures designed to
nomalize them. ... In this procedure, the low segmentation points (identified
above in an orientation-free method) are selected and a line is fitted. Then an
iterative ...
Here we shall list various local parameters together with procedures designed to
nomalize them. ... In this procedure, the low segmentation points (identified
above in an orientation-free method) are selected and a line is fitted. Then an
iterative ...
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Contents
Technology Transfer from Research to Development Project 97 Pype P Van Meerbergen J De Man | 5 |
Materials and Devices Toward ThreeDimensional Integration Project 245 Cahill C G Dunne B OFlanagan S Hobbs L Mathewson A | 21 |
Physical ºquivalentCircuit Models for GaAs Mesſets Project 255 Ghione G Naldi C Pettenpaul E Ponse F | 52 |
Copyright | |
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abstract abstract machine algorithm allows analysis Aphrodite application approach architecture Artificial Intelligence basic behaviour BFNEW BICMOS cell chip circuit CMOS complex components Computer concepts constraints DAIDA database defined definition described devices distributed domain dynamic environment error Esprit Project etch evaluation example execution expert systems Figure function GaAs gate global goal graphical GRASPIN IEEE implementation information system input integrated interaction interpreter knowledge base knowledge representation language layer LFSR logic programming machine mapping MESFET metaclass method methodology migration module node object-oriented objects operations output parallel parameters partial evaluation PCTE performance phase PIMS possible predicates problem procedure processor programming language project management Prolog Prolog III prototype query representation requirements rules semantic signal simulation specification structure subcircuit task techniques transistor transputer UNIX user interface VLSI wafer