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Creator | Title | Description | Subject | Date |
| 151 |
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Hansen, Charles D.; Tasdizen, Tolga | Statistically quantitative volume visualization | Visualization users are increasingly in need of techniques for assessing quantitative uncertainty and error in the images produced. Statistical segmentation algorithms compute these quantitative results, yet volume rendering tools typically produce only qualitative imagery via transfer function-base... | Volume visualization; Uncertainty; Classification; Risk analysis | 2005 |
| 152 |
 |
Henderson, Thomas C.; Bhanu, Bir | CAGD based 3-D visual recognition | A coherent automated manufacturing system needs to include CAD/CAM, computer vision, and object manipulation. Currently, most systems which support CAD/CAM do not provide for vision or manipulation and similarly, vision and manipulation systems incorporate no explicit relation to CAD/CAM models. CAD... | Object manipulation; CAGD | 1985 |
| 153 |
 |
Hibler, Michael J. | Separating presentation from interface in RPC and IDLs | In RPC-based communication, we term the interface the set of remote procedures and the types of their arguments; the presentation is the way these procedures and types are mapped to the target language environment in a particular client or server, including semantic requirements. For example, pres... | RPC-based communication; IDL; Presentation; Interface | 1995 |
| 154 |
 |
Elens, Robert N. | Sequencing computational events in heterogeneous distributed systems | Distributed systems are growing in number, size, and complexity. Some technological advances have been made to program these systems, most notably the remote procedure call. However, the nature of heterogeneous distributed systems allows for much more complex interactions and new programming techno... | Sequencing; Computational events; Heterogeneous distributed systems | 1990 |
| 155 |
 |
Zhu, Xiaohong | Automatic compensating cleanup operation | Today's part geometries are becoming ever more complex and require more accurate tool path to manufacture. Machining process efficiency is also a major consideration for designers as well as manufacturing engineers. Although the current advanced CAD/CAM systems have greatly improved the efficiency ... | Part geometries | 1989 |
| 156 |
 |
Balasubramonian, Rajeev | Non-uniform power access in large caches with low-swing wires | Modern processors dedicate more than half their chip area to large L2 and L3 caches and these caches contribute significantly to the total processor power. A large cache is typically split into multiple banks and these banks are either connected through a bus (uniform cache access - UCA) or an on-c... | Large caches; Low-swing wires; Non Uniform Cache Access; NUCA | 2009 |
| 157 |
 |
Parker, Steven G.; Hansen, Charles D. | Interactive volume rendering of large datasets using the silicon graphics Onyx4 visualization system | Many recent approaches to interactive volume rendering have focused on leveraging the power of commodity graphics hardware. Though currently limited to relatively small datasets, these approaches have been overwhelmingly successful. As the size of volumetric datasets continues to grow at a rapid pa... | Volume visualization; Onyx4; Interactive volume rendering; Parallel volume rendering; Large datasets; Visualization systems | 2005 |
| 158 |
 |
Sudan, Kshitij | Understanding the behavior of Pthread applications on non-uniform cache architectures | Why is it important? As number of cores in a processor scale up, caches would become banked Keeps individual look-up time small. Allows parallel accesses by different cores. Present shared programming model assumes a flat memory. Unaware application can have sub-optimal performance Conclusion ... | Computer architecture, compiler analysis, NUCA caches | 2011-10-08 |
| 159 |
 |
Henderson, Thomas C. | Instrumented sensor system architecture | Sensor systems are becoming ubiquitous throughout society, yet their design, construction and operation is still more of an art than a science. In this paper, we define, develop, and apply a formal semantics for sensor systems that provides a theoretical framework for an integrated software architec... | Instrumented sensor system; Instrumented Logical Sensor Systems; ILSS | 1997 |
| 160 |
 |
Boll, Steven F. | Improving linear prediction analysis of noisy speech by predictive noise cancellation | The analysis of speech using Linear Prediction is reformulated to account for the presence of acoustically added noise and a technique is presented for reducing its effect on parameter estimation. The method, called Predictive Noise Cancellation (PNC), modifies the noisy speech autocorrelations ... | Linear prediction; Predictive Noise Cancellation; Noisy speech; Sppech analysis | 1977 |
| 161 |
 |
Gopalakrishnan, Ganesh | Static analysis techniques for the synthesis of efficient asynchronous circuits | In the context of deriving asynchronous circuits from high-level descriptions, determining whether two actions are potentially concurrent (overlapped execution) or serial (non-overlapped execution) has several advantages. This knowledge can be utilized to efficiently implement shared variables, sup... | Static analysis; Synthesis | 1991 |
| 162 |
 |
Allen, Edgar S. | Sensory information processing (1 July 1976 - 31 March 1977) | The student of human visual perception is often overwhelmed by the vast amount of data that has been accumulated from experiments performed within the last century or so. It is often difficult to understand why a certain experiment has been performed.Results from similar experiments sometimes seem t... | Sensory information processing | 1977 |
| 163 |
 |
Akella, Venkatesh | Testing two-phase transition signaling based self-timed circuits in a synthesis environment | The problem of testing self-timed circuits generated by an automatic synthesis system is studied. Two-phase transition signalling is assumed and the circuits are targetted for an asynchronous macromodule based implementation as in [?, ?, ?, ?]. The partitioning of the circuits into control blocks, ... | Testing; two-phase; transition signaling; self-timed circuits | 1993 |
| 164 |
 |
McDonald, Lee Edwin | Image recognition using generalized correlation | This paper investigates the use of generalized cross-correlation in pattern matching when the objects may be of one or two dimensions. Generalized correlation can be used to determine the amount of dilatation and rotation between a given template and an object, in addition to determining the relativ... | Image recognition; Generalized correlation | 1977 |
| 165 |
 |
Henderson, Thomas C. | Arc and path consistency revisited | Mackworth and Freuder have analyzed the time complexity of several constraint satisfaction algorithms [4]. We present here new algorithms for arc and path consistency and show that the arc consistency algorithm is optimal in time complexity and of the same order space complexity as the earlier algor... | Arc consistency; Path consistency; Constraint satisfaction algorithms | 1985 |
| 166 |
 |
Balasubramonian, Rajeev | Leveraging wire properties at the microarchitecture level | In future microprocessors, communication will emerge as a major bottleneck. The authors advocate composing future interconnects of some wires that minimize latency, some that maximize bandwidth, and some that minimize power. A microarchitecture aware of these wire characteristics can steer on-chip ... | Microarchitecture; Interconnects; Cache coherence | 2006-11 |
| 167 |
 |
Parker, Steven G.; Smith, Philip J.; Johnson, Christopher R. | Parallelization and integration of fire simulations in the Uintah PSE | A physics-based stand-alone serial code for fire simulations is integrated in a unified computational framework to couple with other disciplines and to achieve massively parallel computation. Uintah, the computational framework used, is a component-based visual problem-solving environment developed... | Uintah; Problem solving environment | 2001 |
| 168 |
 |
Hansen, Charles D.; Parker, Steven G.; Johnson, Christopher R. | Integrated problem solving environment: the SCIRun computational steering system | SCIRun is a scientific programming environment that allows the interactive construction, debugging, and steering of large-scale scientific computations. We review related systems and introduce a taxonomy that explores different computational steering solutions, Considering these approaches, we discu... | SCIRun; Computational steering; Problem solving environment; Distributed computing | 1998 |
| 169 |
 |
| Reconstruction of sculptured surface using coordinate measuring machines | This paper presents a strategy for reverse engineering that uses a coordinate measur ing machine to reconstruct three dimensional sculptured surfaces. A rough initial model of the surface is generated manually. An iterative method is then used to refine the surface model until the error is within a ... | Reconstruction; Sculptured surface; Coordinate measuring machines | 1993 |
| 170 |
 |
Riloff, Ellen M. | Toward completeness in concept extraction and classification | Many algorithms extract terms from text together with some kind of taxonomic classification (is-a) link. However, the general approaches used today, and specifically the methods of evaluating results, exhibit serious shortcomings. Harvesting without focusing on a specific conceptual area may deliv... | Concept extraction; Concept classification | 2009 |
| 171 |
 |
Riesenfeld, Richard F. | Computer aided geometric design | This book contains the edited proceedings of the first International Conference on Computer Aided Geometric Design, an important new field that draws on the principles of computer science, mathematics, and geometric design. The list of contributors includes most of the leading researchers in the... | Computer aided geometric design | 1973 |
| 172 |
 |
Zhang, Lixin | Design a DRAM backend for the impulse memory system | The Impulse Adaptable Memory System is a new memory system that exposes DRAM access patterns not seen in conventional memory systems. Impulse can generate huge number of small DRAM accesses, which will not be handled effectively by a conventional cache-line-size-access-oriented DRAM backend. In this... | DRAM; Backend; Impulse memory system; Impulse Adaptable Memory System; Access patterns | 2000 |
| 173 |
 |
Cohen, Elaine | Hybrid symbolic and numeric operators as tools for analysis of freeform surfaces | Freeform surfaces are commonly used in Computer Aided Geometric Design?? so accurate analysis of surface properties is becoming increasingly important In this paper we de ne surface slope and surface speed?? develop visualization tools?? and demonstrate that they can be useful in the design proc... | Freeform surfaces | 1992 |
| 174 |
 |
Cohen, Elaine | Constant scallop height tool path generation | An approach for the automatic generation of constant scallop height tool paths is presented. An example is shown generated from a B-spline model, although it can be used with many types of sculptured surfaces. The approach utilizes surface subdivision techniques and a new algorithm for tool path gen... | Scallop height; Tool path generation; B-spline model | 1989 |
| 175 |
 |
Brunvand, Erik L.; Carter, John | Impulse: building a smarter memory controller | Impulse is a new memory system architecture that adds two important features to a traditional memory controller. First, Impulse supports application-specific optimizations through configurable physical address remapping. By remapping physical addresses, applications control how their data is ac... | | 1999 |
