By T. Watanabe (auth.), Thiruvalam K. S. Murthy, Carlos A. Brebbia (eds.)
This ebook comprises chapters written by way of eminent scientists at the most modern improvement in desktop know-how and applica- tions in Japan. the target of the booklet is to supply an know-how of the significant advances being made by means of Japane- se scientists at the normal quarter of data know-how and within the so-called 5th iteration desktops. within the first bankruptcy, Watanabe of the NEC company, descri- bes complicated structure and know-how of supercomputing structures. This subject is via Nakamura of Tohoku Uni- versity within the subsequent bankruptcy. one other kind of supercomputer for vector processing, the FACOM vice president 2000 sequence is then des- cribed by means of Uchida ofFujitsu Ltd in bankruptcy three. specialist platforms are awarded within the subsequent chapters via Ue- no and Oomari of Tokyo Denki collage and by way of Koseki and Goto of the NEC company. very important functions in com- puter photographs are defined in bankruptcy Six via Ishii and Mu- rakami of Fujitsu Laboratories. Hayahi from an identical Labora- tory then discusses neurocomputers in Japan. the ultimate chap- ter via Noguchi of Tohoku Universityillustrates an enormous software in communications.
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This figure shows two things; one is how the knowledge about structure and behavior are described within a frame, and the other is the relationships of the slot descriptions between frames in a hierarchy. The slots for structural description and their roles are: A-kind-of HASPARTS PARTOF RELATIONS to describe the abstract object of this object in the ISA hierarchy, to describe a set of directly connected components of this object, to describe the parent component of this object in the PARTOF hierarchy, and to describe the relations between the components which are defined in the HASPARTS slot of this frame.
It should be noted that the components are represented by means of ISA hierarchies. and the structures are represented by means of HASPARTS hierarchies. and the structural informations can be inherited naturally by the extended inheritance control. 6 in the ZERO formalism. which are Automobile. Legend and Body. The last one is an example of non-principal object and includes a PARTOF relation to express that Body is a 56 part of Automobile. It seems to be possible to represent a complex structured system as an object model according to the general rules by means of a frame-based formalism in a systematic way.
Both normal channels(4. 5MB per second) and Optical channels(9MB per second) can be connected in VP2000 series. Optical channels can be connected to peripheral devices by using optical fiber cable, and can be placed as far as 2km distance. 5. Advanced Technology; New technologies were developed for VP2000 series. VP2000 series requires high performance in technology. High-speed -LSI's and static RAM for the main storage, high-density printed board equipped with many input/output pins, and high-efficiency conduction cooling modules are implemented for VP2000 series.