1
Blaine D Gaither, William W Farley IV, Albert Johnson, Brian L Parker: Extended address generating apparatus and method. Burroughs Corporation, Nathan Cass, Kevin R Peterson, David G Rasmussen, June 5, 1984: US04453212 (228 worldwide citation)

Address generating apparatus which uses narrow data paths for generating a wide logical address and which also provides for programs to access very large shared data structures outside their normally available addressing range and over an extended range of addresses. Selective indexed addressing is ...


2
John O Besemer, Clifford J Bellamy: Hierarchical multi-processor network for memory sharing. Burroughs Corporation, Alfred W Kozak, Nathan Cass, Kevin R Peterson, December 16, 1980: US04240143 (210 worldwide citation)

A plurality of processors and memory modules arranged in a hierarchy are connected in a network such that memory sharing can occur during processor operations, and control means are provided so as to regulate protected usage of specific areas of the memory modules. A Global Memory Module (GMM) and a ...


3
John O Besemer, Clifford J Bellamy: Selection of addressed processor in a multi-processor network. Burroughs Corporation, Alfred W Kozak, Nathan Cass, Kevin R Peterson, January 13, 1981: US04245306 (205 worldwide citation)

A multiple processor network is described whereby a "Sender" processor can address a "Receiver" processor within a system of processors and select the first processor which is found to be in an idle condition, and whereby a Sender can address processors of a specially indicated type. A Global Memory ...


4
Clifford J Bellamy, John O Besemer: Multi-processor communication network. Burroughs Corporation, Alfred W Kozak, Nathan Cass, Kevin R Peterson, February 24, 1981: US04253144 (184 worldwide citation)

A network is described wherein a plurality of processors are connected in a hierarchy of levels with provision for communication between the various processors. A Global Memory Module (GMM) and a system hierarchy of processors is described which provides access to a plurality of addressable memory s ...


5
Daniel J Paulish, Albert J Meyerhoff, George R Nickett: Method and apparatus for interfacing stations in a multiloop communications system. Burroughs Corporation, Mark T Starr, September 1, 1981: US04287592 (176 worldwide citation)

A multiloop communications system and a method of routing data between stations is disclosed. The communications system has a plurality of interconnected communications loops, each of the loops including a ring-connected set of nodes providing data flow unidirectionally from one node to the next, ea ...


6
Bruce B Roesner: Electrically programmable read-only memory stacked above a semiconductor substrate. Burroughs Corporation, Charles J Fassbender, Kevin R Peterson, April 10, 1984: US04442507 (174 worldwide citation)

In the disclosed memory, address decode means are integrated into a surface of a substrate, for addressing cells in the memory; an insulating layer covers the address decode means and the substrate; an array of spaced-apart memory cell select lines lie on the insulating layer; and outputs from the a ...


7
Clifford J Bellamy, John O Besemer: Module for coupling computer-processors. Burroughs Corporation, Alfred W Kozak, Nathan Cass, Kevin R Peterson, February 24, 1981: US04253146 (168 worldwide citation)

A Global Memory Module (GMM) and a system hierarchy of processors is described which provides access to a plurality of addressable memory storage units. A multiple number of processors or computer systems are connected to one or more Global Memory Modules whereby memory resources may be shared by mu ...


8
Roy R Shanks: Thin film memory device employing amorphous semiconductor materials. Burroughs Corporation, Mervyn L Young, Kevin R Peterson, May 13, 1980: US04203123 (163 worldwide citation)

This disclosure relates to a thin film amorphous memory cell which can be fabricated upon the surface of a semiconductor substrate in such a manner as to minimize the surface area requirements for each cell thereby increase the packing density of the memory array. Furthermore, since the cell can be ...


9
Malmer Jr Michael M, Perkins Cornelius C, Waldenmayer Donald W, Chowning Patrick J, Gardner Leonard R: Small reconfigurable processor for a variety of data processing applications. Burroughs Corporation, April 3, 1973: US3725868 (161 worldwide citation)

An improved microinstruction data processor capable of operating as an independent processor or as a terminal unit for a large general purpose computer employing a read/write disk memory to hold both macroinstructions and microinstructions, wherein the microinstructions implement macroinstructions. ...


10
Robert L Rawlings, Morris G Watson: Data communications subsystem. Burroughs Corporation, Alfred W Kozak, Nathan Cass, Kevin R Peterson, May 29, 1979: US04156907 (155 worldwide citation)

A data communications subsystem operates with a main host computer having a central processor and main memory. The subsystem comprises: A data communications processor having its own internal memory for storing data transfer routines; and autonomous memory dedicated to storing data transfer instruct ...



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