Person:
MacIntyre, Blair

Permanent Link
https://hdl.handle.net/1853/71487
Associated Organization(s)
Organizational Unit
School of Interactive Computing
School established in 2007
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    Extended Reality (XR) for Teaching and Learning
    ( 2019-02-07) Contis, Didier ; Joyner, David A. ; MacIntyre, Blair ; Malesevic, Miroslav ; Posner, Noah ; Swarts, Matthew E.
    Extended reality (XR) refers to real-and-virtual combined environment, including virtual reality (VR), augmented reality (AR), and mixed reality (MR). This talk explores the potential uses for extended reality in teaching and learning. We will discuss projects currently underway in Georgia Tech classes and discuss the future of XR in education.
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    The Real-World Wide Web Browser: An Interface for a Continuously Available, General Purpose, Spatialized Information Space
    (Georgia Institute of Technology, 2000) Kooper, Rob ; MacIntyre, Blair
    In this paper, we describe an augmented reality (AR) system that acts as continuously available interface to a spatialized information space based on the World Wide Web. We present the assumptions we make about the characteristics of such a system, and discuss the implications of those assumptions for an AR interface. In particular, we focus on the implications of continuous use, context-awareness, and distributed publishing.
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    Repo: An Interpreted Language for Exploratory Programming of Highly Interactive, Distributed Applications
    (Georgia Institute of Technology, 1999) MacIntyre, Blair
    In this paper we present Repo, an interpreted language for exploratory programming of distributed interactive applications. Repo is based on Obliq, a distributed language that supports client-server distribution semantics of all data items (objects, arrays and variables). Repo extends Obliqs type system uniformly so that all its data items can also be distributed with unsynchronized or synchronized replication semantics, both of which are needed by highly interactive applications. Since all of Repos data items can take on any distribution semantic and be mixed in arbitrary ways, a wide range of interesting data structures can be developed in Repo in a straightforward manner. Since Repo allows distributed applications to be developed in a few lines of interpreted code, it turns out to be an excellent language for exploratory programming of distributed interactive applications. We discuss the design and implementation of Repo, and provide illustrative examples taken from prototypes build using it.