Showing papers on "Multi-core processor published in 1986"
Patent•
28 Jul 1986
TL;DR: In this paper, a computer network system for multiple processing elements in which the multiple processing element are coupled to a single network bus such that computer instructions from the processing elements may be transimtted simultaneously over the same network during one time interval by more than one processing element is described.
Abstract: A computer network system for multiple processing elements in which the multiple processing elements are coupled to a single network bus such that computer instructions from the processing elements may be transimtted simultaneously over the same network during one time interval by more than one processing element A memory stores the instructions and a controller accepts instructions from one of the processing elements but rejects instructions from all other elements and stores and queues the rejected instructions for subsequent acceptance
65 citations
Patent•
10 Nov 1986
TL;DR: In this paper, a heat contraction tube is inserted to a covering removed end of an optical fiber which has removed a covering 1 of a single core I, and subsequently, by a heat contraction tube heating heater 6, the heat contractions tube is brought to heating contraction.
Abstract: PURPOSE:To form a connecting part which has a high strength and is small in size, by covering a covering removed part with a heat treatment tube, forming a single core by bringing it to heating contraction, collecting plural pieces of tip parts of this single core and forming them as one body. CONSTITUTION:A heat contraction tube 5 is inserted to a covering removed end of an optical fiber which has removed a covering 1 of a single core I, and subsequently, by a heat contraction tube heating heater 6, the heat contraction tube 5 is brought to heating contraction. The single cores I of the same number as that of optical fibers 2' of a tape core II are collected, contained in a substrate 8, centering around the covering removed end 7 of the single core I, and thereafter, a substrate 8' is fitted and stuck by an adhesive agent 9. In this case, a groove of a width which can contain plural pieces of single cores I is formed on the substrate 8, and the adhesive agent layer 9 is stuck to the upper face of the groove. By containing in terminal forming tools 10, 10', a pitch of the optical fiber 2 is matched to a pitch P' of the optical fiber 2' of the tape core II. In this way, a welding connection of the single core and the tape core can be executed easily by using a multicore batch welding connecting device.
4 citations