Now showing items 679-698 of 3804

    • Concurrent Garbage Collection of Persistent Heaps 

      O'Toole, James; Nettles, Scott; Gifford, David K. (1993-06)
      We describe the first concurrent compacting garbage collector for a persistent heap. Client threads read and write the heap in primary memory, and can independently commit or about their write operations.
    • Concurrent Programming 

      Bryant, Randal E.; Dennis, Jack B. (1978-10)
    • Concurrent Programming Using Actors: Exploiting Large-Scale Parallelism 

      Agha, Gul; Hewitt, Carl (1985-10-01)
      We argue that the ability to model shared objects with changing local states, dynamic reconfigurability, and inherent parallelism are desirable properties of any model of concurrency. The actor model addresses these ...
    • A Concurrent Smalltalk Compiler for the Message-Driven Processor 

      Horwat, Waldemar (1988-05-01)
      This thesis describes Optimist, an optimizing compiler for the Concurrent Smalltalk language developed by the Concurrent VLSI Architecture Group. Optimist compiles Concurrent Smalltalk to the assembly language of the ...
    • Concurrent Smalltalk on the Message-Driven Processor 

      Horwat, Waldemar (1991-09-01)
      Concurrent Smalltalk is the primary language used for programming the J- Machine, a MIMD message-passing computer containing thousands of 36-bit processors connected by a very low latency network. This thesis describes ...
    • Concurrent Systems Need Both Sequences And Serializers 

      Hewitt, Carl (MIT Artificial Intelligence Laboratory, 1979-02)
      Contemporary concurrent programming languages fall roughly into two classes. Languages in the first class support the notion of a sequence of values and some kind of pipelining operation over the sequence of values. Languages ...
    • Concurrent Timestamping Made Simple 

      Gawlick, Rainer (1992-09)
      Concurrent Timestamp Systems (CTSS) allow processes to temporally order concurrent events in an asynchronous shared memory system. Bounded memory constructions of a CTSS are extremely powerful tools for concurrency control, ...
    • Concurrent/Resettable Zero-Knowledge Protocols for NP in the Public Key Model 

      Micali, Silvio; Reyzin, Leonid (2000-08)
      We propose a four-round protocol for concurrent and resettable zero-knowledge arguments for any langauge in NP, assuming the verifier has a pre-registered public-key. We also propose a three-round protocol with an additional ...
    • Conditional Random People: Tracking Humans with CRFs and Grid Filters 

      Taycher, Leonid; Shakhnarovich, Gregory; Demirdjian, David; Darrell, Trevor (2005-12-01)
      We describe a state-space tracking approach based on a Conditional Random Field(CRF) model, where the observation potentials are \emph{learned} from data. Wefind functions that embed both state and observation into a space ...
    • Conditions for Viewpoint Dependent Face Recognition 

      Schyns, Philippe G.; Bulthoff, Heinrich H. (1993-08-01)
      Poggio and Vetter (1992) showed that learning one view of a bilaterally symmetric object could be sufficient for its recognition, if this view allows the computation of a symmetric, "virtual," view. Faces are roughly ...
    • The Condor Programmer's Manual - Version II 

      Narasimhan, Sundar; Siegel, David M. (MIT Artificial Intelligence Laboratory, 1987-07)
      This is the CONDOR programmer's manual, that describes the hardware and software that form the basis of the real-time computational architecture built originally for the Utah-MIT hand. The architecture has been used ...
    • Configuration Space Control 

      Horn, Berthold K.P.; Raibert, Marc H. (1977-12-01)
      Complicated systems with non-linear time-varying behavior are difficult to control using classical linear feedback methods applied separately to individual degrees of freedom. At the present, mechanical manipulators, ...
    • Congestion Control in Routing Networks 

      Chien, Andrew Andai (1986-10)
      Multistage routing networks present an attractive cost-effective method of interconnection for medium to large scale multiprocessors. Recent results concerning performance degradation in the presence of "hot spots" have ...
    • Connecting Homes to the Internet: An Engineering Cost Model of Cable vs. ISDN 

      Gillett, Sharon Eisner (1995-06)
      Using the World Wide Web at 28.8 Kbps (or less) can be a frustrating experience: a multimedia page that takes a fraction of a second to download at Ethernet speeds takes many seconds at modem rates. Two enhancements to ...
    • A Connection Between GRBF and MLP 

      Maruyama, Minoru; Girosi, Federico; Poggio, Tomaso (1992-04-01)
      Both multilayer perceptrons (MLP) and Generalized Radial Basis Functions (GRBF) have good approximation properties, theoretically and experimentally. Are they related? The main point of this paper is to show that for ...
    • The Connection Machine 

      Hillis, W. Daniel (1981-09-01)
      This paper describes the connection memory, a machine for concurrently manipulating knowledge stored in semantic networks. We need the connection memory because conventional serial computers cannot move through such networks ...
    • The Connection Machine RAM Chip 

      Flynn, Anita M. (MIT Artificial Intelligence Laboratory, 1983-01-03)
      This document describes the three transistor NMOS dynamic ram circuit used in the connection machine. It was designed and implemented by Brewster Kahle, with the assistance of Jim Cherry, Danny Hillis and Tom Knight. ...
    • The Conniver Reference Manual 

      McDermott, Drew V.; Sussman, Gerald Jay (1972-05-01)
      This manual is intended to be a guide to the philosophy and use of the programming language CONNIVER, which is "complete," and running at the AI Lab now. It assumes good knowledge of LISP, but no knowledge of Micro-Planner, ...
    • The Conniver Reference Manual 

      McDermott, Drew V.; Sussman, Gerald Jay (1972-05-01)
      This manual is an introduction and reference to the latest version of the Conniver programming language, an AI language wit general control and data-base structures.
    • CONS 

      Thomas, Knight (MIT Artificial Intelligence Laboratory, 1974-11)