PPT-History of the Graphical User Interface (GUI)

Frank McCown COMP 445 GUI Programming Harding University 1950s Batch processing punched cards used to feed programs into the computer results come back hours later Tabulating the 1954 census with a UNIVAC. J. Friedman, T. Hastie, R. . Tibshirani. Biostatistics, 2008. Presented by . Minhua. Chen. 1. Motivation. Mathematical Model. Mathematical Tools. Graphical LASSO. Related papers. 2. Outline. Motivation. JFC Ripper is a subsystem of the GUITAR suite.. The goal of the . JFCGUIRipper. is to produce an XML file based on the GUI structure.. Scenarios. I want to detect software crashes only, by c. reating . SAC-416T. Jeffrey Snover. Distinguished Engineer and . Lead Architect of Windows Server. Andrew Mason. Principal Group Program Manager. Windows Server History. Prior to Windows Server 2008, full GUI at all times. Dr. Sherry Yang. Oregon Institute of Technology. Week 1. Introduction. Syllabus, class information. Brief GUI introduction. First Windows Forms program – code only. Using Designer . In-Class Exercise . 1. Graphical User Interface. 3. Nouf Almunyif. Nouf Almunyif. 2. This gray area is the content pane of this frame.. The content pane is where we put GUI objects such as buttons, labels, scroll bars, and others. . Introduction . to Procedural Methods in 3D Computer . Animation. Dr. Midori Kitagawa. In class. Pay attention. Take notes. Learn. Be ready for a pop quiz. Lecture 1: Introduction. What is procedural . CS 2316. Fall 2016. Before we had GUIs:. >. GUI: Graphical User Interface. A way for people to interact with computer programs. Uses windows, icons and menus. Can be manipulated by a mouse and keyboard. Video of the Week. https://. www.youtube.com/watch?v=wSnx4V_RewE. What is a GUI?. Graphical User Interface. What?. A pictorial based interface that uses menus, buttons, the mouse, and other “graphics” to communicate with the user. [No command line interaction]. J. Friedman, T. Hastie, R. . Tibshirani. Biostatistics, 2008. Presented by . Minhua. Chen. 1. Motivation. Mathematical Model. Mathematical Tools. Graphical LASSO. Related papers. 2. Outline. Motivation. Part 2: cTAKES Tutorial. Pei J Chen. Children’s Hospital Boston /. Harvard Medical School. GUI: Key Features. Default Clinical Processing Pipeline. Default Central Store of cTAKES output. Abstraction from UIMA concepts. jean.palate@nbb.be. Outline. SA core engines. SA new features (algorithms). Internal modifications. Graphical interface. Integration in IT environment. Next steps. 1. SA . core. . engines. . . Comparison. Zuse. .. 1944. : . The Harvard Mark I the first programmable digital computer made in the U.S. .  . Facts:. Weighed 5 tons . Had . 500 miles of wire. Was 8 feet tall . Was . 51 feet long. Ran non-stop for 15 years. Biomedical Embedded Systems Technology. Presentation for ENSC 440/305 . Instructors: . Dr. Andrew Rawicz. , Steve Whitmore . Department of Engineering Science. Simon Fraser University. 2. Team Members. Part 1: Overview and Applications . Outline. Motivation for Probabilistic Graphical Models. Applications of Probabilistic Graphical Models. Graphical Model Representation. Probabilistic Modeling. 1. when trying to solve a real-world problem using mathematics, it is common to define a mathematical model of the world, e.g..