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CreatorTitleDescriptionSubjectDate
1 Evans, DavidGraphical man/machine communications: May 1967Semiannual technical report for period ending 15 May, 1967.1967-05
2 Evans, DavidGraphical man/machine communications: November 1966Semiannual progress report for period ending 30 November, 1966.1966-11
3 Evans, DavidGraphical man/machine communications: November 1969Semi-Annual Technical Report 1 June 1969 - 30 November 19691969-11
4 Evans, DavidGraphical man/machine communications: June 1971Semi-Annual Technical Report for period 1 January 1971 to 31 May 1971. This document includes a summary of research activities and facilities at the University of Utah under Contract F30602-70-C-0300. Information conveys important research milestones attained during this period by each of the fo...Curved surfaces; Digital waveform processing1971
5 Evans, DavidGraphical man/machine communications: February 1968Technical report No. RADC - TR - 68 - 90 for the period ending 30 November, 1967. Two classes of research activities are being conducted. One is research in information processsing system technology. The other is researach in application of interactive computing technology to the solution of severa...Fluid flow problems1968-02
6 Evans, DavidGraphical man/machine communications: November 1968Semi-Annual Technical Report 1 June - 30 November 19681968
7 Evans, DavidGraphical man/machine communications: May 1969Semi-Annual Technical Report 1 December 1968 - 30 May 19691969-05
8 Evans, DavidGraphical man/machine communications: May 1971Final technical report 1 December 1969 to 30 June 1970.1971-05
9 Evans, DavidGraphical man/machine communications: December 1972The object of the graphical man/machine communication effort is the development of computers and computing techniques the people may use interactively in real time to extend their problem-solving capability, and to work cooperatively by means of improved communications via computer. This report summ...Waveform processing; Symbolic computation; Man/machine communications1972-12
10 Evans, DavidGraphical man/machine communications: June 19721972-06
11 Evans, DavidGraphical man/machine communications: December 1971Semi-Annual Technical Report for period 1 June 1971 to 31 December 1971. This document includes a summary of research activities and facilities at the University of Utah under Contract F30602-70-C-0300. Information conveys important research milestones attained during this period by each of the f...Man/machine communications; Computing systems; Digital waveform processing1971-12
12 Henderson, Thomas C.Instrumented sensor system - practiceIn previous work, we introduced the notion of Instrumented Logical Sensor Systems (ILSS) that are derived from a modeling and design methodology [4, 2]. The instrumented sensor approach is based on a sensori-computational model which defines the components of the sensor system in terms of their func...Instrumented Logical Sensor Systems; ILSS1997
13 Riesenfeld, Richard F.; Smith, Kent F.An experimental system for computer aided geometric designThe main goal of this proposed level-of-effort project is to extend present capabilities in the area of Computer Aided Geometric Design (CAGD) and to develop custom VLSI support for some special geometric functions.Computer aided geometric design; CAGD; VLSI; Very large scale integration1984
14 Neff, RickVersatile interaction specification of tools and agentsVista is a software infrastructure addressing the vexing problem of software tool interaction?especially how to get egocentric tools to work well together. Vista neither assumes nor requires that tools or tool-mediating agents understand a cooperative messaging protocol, only that they share some c...Vista; software infrastructure; software tool interaction1994
15 Wehrli, RobertARCAID: The ARChitects computer graphics AIDARCAID?The ARChitect's Computer Graphics AID?is one part of a two-part research program at the University of Utah under the direction of David C. Evans. ARCAID is a specification for the organization of computer processes including data and procedures for the use of architects, engineers, and other...ARCAID1970
16 Sobh, Tarek M.; Henderson, Thomas C.Robot manipulator prototyping (Complete Design Review)Prototyping is an important activity in engineering. Prototype development is a good test for checking the viability of a proposed system. Prototypes can also help in determining system parameters, ranges, or in designing better systems. The interaction between several modules (e.g., S/W, VLSI, CAD,...Robot manipulator; Prototyping1994
17 Sobh, Tarek M.; Henderson, Thomas C.Robotic prototyping environment (Progress report)Prototyping is an important activity in engineering. Prototype development is a good test for checking the viability of a proposed system. Prototypes can also help in determining system parameters, ranges, or in designing better systems. The interaction between several modules (e.g., S/W, VLSI, CAD,...Prototyping; Prototyping environment; Robotic prototyping1994
18 Bruderlin, BeatAn axiomatic approach for solving geometric problems symbolicallyThis paper describes a new approach for solving geometric constraint problems and problems in geometry theorem proving. We developed a rewrite-rule mechanism operating on geometric predicates. Termination and completeness of the problem solving algorithm can be obtained through well foundedness and ...Geometric constraint problems; Geometry theorem proving; Knuth-Bendix completion algorithm1990
19 Henderson, Thomas C.Instrumented sensor system architectureSensor systems are becoming ubiquitous throughout society, yet their design, construction and operation is still more of an art than a science. In this paper, we define, develop, and apply a formal semantics for sensor systems that provides a theoretical framework for an integrated software architec...Instrumented sensor system; Instrumented Logical Sensor Systems; ILSS1997
20 Sobh, Tarek M.; Henderson, Thomas C.Prototyping environment for robot manipulatorsPrototyping is an important activity in engineering. Prototype development is a good test for checking the viability of a proposed system. Prototypes can also help in determining system parameters, ranges, or in designing better systems. We are proposing a prototyping environment for electro-mechani...Prototyping; Robot manipulators1993
21 Sobh, Tarek M.Prototyping a robotic manipulator and controllerBuilding a robot and its environment (control, software, hardware, simulation, etc) is a complex task that requires the efforts of an experienced engineering team. Once a robot model has been chosen and a design has been agreed upon, it becomes difficult to make design changes without affecting the ...Robotic manipulator; Robotic controller; Prototyping1993
22 Henderson, Thomas C.A survey of dextrous manipulationThe development of mechanical end effectors capable of dextrous manipulation is a rapidly growing and quite successful field of research. It has in some sense put the focus on control issues, in particular, how to control these remarkably humanlike manipulators to perform the deft movement that we t...Dextrous manipulation1986
23 Gu, JunFast structured design of VLSI circuitsWe believe that a structured, user-friendly, cost-effective tool for rapid implementation of VLSI circuits which encourages students to participate directly in research projects are the key components in digital integrated circuit (IC) education. In this paper, we introduce our VLSI education activ...VLSI circuits; Rapid implementation1988
24 Vickers, Donald LeeSorcerer's apprentice: head-mounted display and wandSorcerer's Apprentice is an interactive computer graphics system utilizing a head-mounted display and at three-dimensional wand. The system allows three-dimensional interaction with line drawings which are displayed in real time, that is about 20 frames per second. The display, worn like a pair of e...Sorcerer's apprentice; Head-mounted display; Three-dimensional wand1974
25 Brown, Bruce EricModeling of solids for three-dimensional finite element analysisThe geometric modeling of solid objects is a major problem within the design analysis loop of the engineering design process. Models are analyzed by various computer programs to predict their performance. The format of each model is usually different for each analysis routine. The existence of sev...Geometric modeling; Solid objects; Finite element analysis1977
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