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<td><div class="bibTitle"><a href="https://dl.acm.org/doi/10.5555/1623050.1623105">An examination of a frame-structured representation system</a></div>
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Stefik, Mark
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<br><div class="abstractContent" id="A9296070_HDTBEDYF_Abs">
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The Unit Package is an interactive knowledge representation system with representations for individuals, classes, indefinite individuals, and abstractions. Links between the nodes are structured with explicit definitional roles, types of inheritance, defaults, and various data formats. This paper presents the general ideas of the Unit Package and compares it with other current knowledge representation languages. The Unit Package was created for a hierarchical planning application, and is now in use by several Al projects.
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<td><div class="bibTitle"><a href="https://doi.org/10.1145/1411829.1411833">An interesting LISP function</a></div>
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<td><div class="bibTitle">CHAOSNet File Protocol</div>
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<td><div class="bibTitle"><a href="http://archive.org/details/xerox-parc_V-141_1">Interlisp-D and MIT CADR Lisp Machine demos for Vancouver IJCAI Conference - Tape #1</a></div>
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<td><div class="bibTitle">LM-2 Unibus I/O</div>
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The LM-2 contains a Unibus (trademark of Digital Equipment Corp.) for connection of I/O devices. This document describes the hardware related to the Unibus, a explaining how to attach new devices, and what is included on the IOB. It is assumed that the reader understands the basic concepts of the Unibus, what kinds of signals it cincludes, and what a Small Peripheral Controller Slot (&#34;SPC slot&#34;) is.
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<td><div class="bibTitle"><a href="https://dl.acm.org/doi/abs/10.5555/1623264.1623329">Overview of a display-oriented editor for INTERLISP</a></div>
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<td><div class="bibTitle">LOOPS: Data and Object Oriented Programming for Interlisp</div>
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Bobrow, Daniel G.; Stefik, Mark
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Loops is a programming system integrated into Interlisp. It includes 1) object oriented programming with non-hierarchical class structure; 2) user extendible property list descriptions of the classes, their variables, and their methods (eg. for documentation, defaults, constraints); 3) composite objects- a way for defining templates for related objects that are instantiated as a group; 4) data oriented programming using active values- a way of having a procedure invoked when the value of a vbariable is set or read; 5) a knowledge base facility providing long term storage of shared knowledge bases, support for the exchange of incremental updates (layers), and tghe representation of multiple alternatives. This paper describes the features of LOOPS, how they facilitate implementation of a core of knowledge representation features, and our erxperience using it.
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<td><div class="bibTitle">Overview of the LMI Lisp Machine Software</div>
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LMI LISP Machines are integrated hardware and software systems, providing a richer LISP interactive environment than that obtained from either MACLISP or INTERLISP. The LISP Machine provides greater productivity by reducing the time, trouble and cost of programming large systems. As the last eight years of continuing programming development at MIT have shown, large programs can be built, tested, debugged rapidly and with ease. This allows software developers to spend more time on program development rather than building system utilities.
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<td><div class="bibTitle"><a href="https://ebiquity.umbc.edu/paper/html/id/738/Translating-KL-One-from-interlisp-to-Franzlisp">Translating KL-One from Interlisp to FranzLisp</a></div>
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<td><div class="bibTitle">3600 Technical Summary - Feb83</div>
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<td><div class="bibTitle">3600 Technical Summary</div>
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This technical summary is a detailed introduction to all aspects of the Symbolics 3600 system. It is addressed to technical managers, programmers, and computer system specialists who are already familiar with computer software, hardware, and terminology.
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The text begins by outlining the history of the Lisp Machine concept, its development at the Massachusetts Intitute of Technology (M.I.T), and its evolution at Symbolics, Inc. Next are overviews of the 3600 software and hardware. For a general description of the 3600 system, read only these reviews.
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<td><div class="bibTitle">Lisp Machines Summary -3600Edition</div>
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<td><div class="bibTitle"><a href="https://bitsavers.org/pdf/symbolics/3600_series/990075_Lisp_Machine_Summary_3600_Edition_Aug83.pdf">Lisp Machine Summary 3600 Edition</a></div>
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<br><div class="abstractContent" id="A9296070_MTUV5W75_Abs">
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The Lisp Machine Summary 3600 Edition provides basic information about the Symbolics 3600 Lisp Machine. It is designed to assist both new and experienced users in effectively operating the 3600. New users will find helpful information about getting started on the 3600 and about such topics as windows, errors and stuck states, pathnames, Zmail, the editor and the Lisp environment.
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<td><div class="bibTitle"><a href="https://ojs.aaai.org/aimagazine/index.php/aimagazine/article/view/508">Object-Oriented Programming: Themes and Variations</a></div>
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Stefik, Mark; Bobrow, Daniel G.
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Over the past few years object-oriented programming languages have become popular in the artifical intelligence community, often as add-ons to Lisp. This is an introduction to the concepts of object-oriented programming based on our eperience of them in Loops, and secondarily a asurvey of some of the important variations and open issues that are being explored and debated among users of different dialects.
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<td><div class="bibTitle"><a href="https://direct.mit.edu/books/book/3870/performance-and-evaluation-of-lisp-systems">Performance and Evaluation of LISP Systems</a></div>
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<td><div class="bibTitle">Access-Oriented Programming for a Multiparadigm Environment</div>
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Stefik, Mark; Bobrow, Daniel G.; Kahn, Kenneth
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In access-oriented programming, the fetching or storing of data causes user defined operations to be invoked. Annotated values, a reification of the notion of storage cell, are used to implement active values for procedural activations and properties for structural annotation. The implementation satisfies a number of criteria described for efficiency of operation, and non-interface with respect to other paradigms of programming. The access-oriented programming paradigm has been intragrated with the Loops multi-paradigm knowledge programming system which also provides function-oriented, object-oriented and rule-oriented paradigms for users.
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<td><div class="bibTitle"><a href="https://doi.org/10.1021/bk-1986-0306.ch023">An Expert System for Optimizing Ultracentrifugation Runs</a></div>
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<td><div class="bibTitle">User&#39;s Guide to Symbolics Computers</div>
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This is an extensive technical guide to using the Symbolics computers. The Symbolics family of advanced symbolic processing machines covers a full range of symbolic processing power and functionality. The unique design of Symbolics machines allows them to implement LISP and other symbolic programming languages with both speed and efficiency. The machines are faster and more efficient than other language specific machines and are superior to conventional computers for applications ranging from artificial intelligence, CAD/CAM, high resolution graphics, and expert system research and development as well as many general-purpose applications.
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<th class="year"><b>1987</b></th>
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<td><div class="bibTitle"><a href="https://dspace.mit.edu/bitstream/handle/1721.1/14651/18252960-MIT.pdf?sequence=2">18252960-MIT.pdf</a></div>
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<td><div class="bibTitle"><a href="https://dspace.mit.edu/bitstream/handle/1721.1/14651/18252960-MIT.pdf?sequence=2">Essays on Object Lens, A Tool for Supporting Information-Sharing</a></div>
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<td><div class="bibTitle"><a href="https://drive.google.com/file/d/1908ln9NzohVQdZNdMGPoL3BLaFJbW-bv/view?usp=sharing">FILEBANGER</a></div>
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