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43
Darts: A Domain Architecture For Reuse In Training Systems
- Proceedings of the 15th Interservice/Industry Training Systems and Education Conference
, 1993
"... The dynamics involved in the training system marketplace of today are dictating the need for major changes in the way organizations specify, develop, and maintain training systems. One of the key areas affected by these changes is the system and software architecture of training systems. This is evi ..."
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by Boeing Defense & Space Group, the Domain Architecture for Reuse in Training Systems (DARTS) and evaluate...
Dart: Distributed automated regression testing for large-scale network applications
- In Proceedings of the 8th International Conference on Principles of Distributed Systems
, 2004
"... This paper presents DART, a framework for distributed automated regression testing of large-scale network applications. DART provides programmers writing distributed applications with a set of primitives for writing distributed tests and a runtime that executes distributed tests in a fast and effici ..."
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Cited by 4 (0 self)
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and efficient manner over a network of nodes. It provides a programming environment, scripted execution of multi-node commands, fault injection, and performance anomaly injection. We have implemented a prototype implementation of DART that implements a useful subset of the DART architecture and is targeted
doi:10.1155/2008/562326 Research Article DART: A Functional-Level Reconfigurable Architecture for High Energy Efficiency
, 2007
"... Flexibility becomes a major concern for the development of multimedia and mobile communication systems, as well as classical high-performance and low-energy consumption constraints. The use of general-purpose processors solves flexibility problems but fails to cope with the increasing demand for ene ..."
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for energy efficiency. This paper presents the DART architecture based on the functionallevel reconfiguration paradigm which allows a significant improvement in energy efficiency. DART is built around a hierarchical interconnection network allowing high flexibility while keeping the power overhead low
Visualization of Retrieval Results using DART
, 2000
"... In most information retrieval systems, especially those in the Web, users suffer from too many search results force them to go through a long list of document surrogates that may not reveal their contents sufficiently. This paper describes our attempt to provide a solution to this problem: a new vis ..."
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visual interface for search results and a system architecture that supports the visualization technique. The visual interface is evaluated for its efficacy with human subjects. Our interface, DART, displays document clustering information and the similarity values between individual documents
DART: A Programmable Architecture for NoC Simulation on FPGAs
"... The increased demand for on-chip communication bandwidth as a result of the multi-core trend has made networks on-chip (NoCs) a compelling choice for the communication backbone in next-generation systems [3]. However, NoC designs have many power, area, and performance trade-offs in topology, buffer ..."
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Cited by 5 (1 self)
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sizes, routing algorithms and flow control mechanisms—hence the study of new NoC designs can be very time-intensive. To address this challenge we propose DART, a fast and flexible FPGA-based NoC simulation architecture. Rather than laying the NoC out in hardware on the FPGA like previous approaches [8
1 A Dynamically Reconfigurable Architecture for Low- Power Multimedia Terminals
"... Abstract: Within the framework of third generation telecommunication domain, reconfigurable architectures are becoming more and more popular thanks to both their flexibility and performances. In order to define a system that combines high-performance and low-energy consumption, a dynamically reconfi ..."
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reconfigurable architecture, designed with energy awareness is proposed. This paper presents the main features of the DART architecture along with results from the application domain implementations. These results validate the architectural choices and demonstrate the adequacy between DART and next generation
Dart: A reflective middleware for adaptive applications
- in OOPSLA’98 Workshop #13 : Reflective programming in C++ and Java
, 1998
"... The DART (Distributed Adaptive RunTime) project is developing a software runtime that will allow application authors to quickly develop distributed software, such as network or web software, without having to deal with the details of the distribution technology. A key feature of the runtime is its a ..."
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Cited by 8 (0 self)
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The DART (Distributed Adaptive RunTime) project is developing a software runtime that will allow application authors to quickly develop distributed software, such as network or web software, without having to deal with the details of the distribution technology. A key feature of the runtime is its
DART: The Distributed Agent-Based Retrieval Toolkit
"... Abstract: The technology of search engines is evolving from indexing and classification of web resources based on keywords to more sophisticated techniques which take into account the meaning and the context of textual information and usage. Replying to query, commercial search engines face the user ..."
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Cited by 1 (1 self)
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on a world-wide network of nodes running on users ’ computers, getting rid of bottlenecks and central points of failures. In this paper, we describe the studies, the concepts and the solutions developed in the DART project to introduce these three key features in a novel search engine architecture.
DartCVL: The Dartmouth C vector library
, 1995
"... As a class project, we implementedaversion of CVL, the C Vector Library, onaDECmpp 12000/Sx 2000, which is equivalent totheMasPar MP-2 massively parallel computer. We compare our implementation, DartCVL, to the University of North Carolina implementation, UnCvl. DartCVL was designed for the MP-2 arc ..."
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Cited by 2 (0 self)
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architecture and UnCvl was designed for the MP-1. Because the MasPar MP-1 and MP-2 are functionally equivalent, both DartCVL and UnCvl will run on either. Di erences in thedesigns of the two machines, however, may lead todi erent software design decisions. DartCVL di ers from UnCvl in two key ways. First, Dart
DART: A LAN Interface for Low Overhead Communication
, 1994
"... This article presents a low level protocol and network interface architecture for low overhead communication in a distributed memory computing environment — such as workstations and PCs connected via a high speed LAN. We use both sender information and destination informa-tion to demultiplex message ..."
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has a small set of simple operations and a small amount of state. We have designed an interface architecture called DART which specializes these ideas to ATM networks. We have built an in-kernel software implementation of this interface with stock workstation and ATM interface cards
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43
