at extreme scales (e.g. petascales and beyond), and single point of failure. In designing the next generation distributed JMS, we must address new challenges such as load balancing. This paper presents MATRIX, a many-task computing execution fabric at exascale. MATRIX utilizes adaptive work stealing

issues at extreme scales (e.g. petascales and beyond) and single point of failure. In designing the nextgeneration distributed job management system, we must address new challenges such as load balancing. This paper presents the design, analysis and implementation of a distributed execution fabric called

scheduling Exascale computers (expected to be composed of millions of nodes and billions of threads of execution) will enable the unraveling of significant scientific mysteries. Many-task computing is a distributed paradigm, which can potentially address three of the four major challenges

development of DNA microarrays with pre-synthesized DNA probes and the promotion of the technology by releasing the production methods on the Internet Stephen P. A. Fodor (Affymetrix, Inc.) for the development of high-density DNA microarrays using photolithographic fabrication, and the promotion

The modern CAD/CAM workflow includes many disparate formats, often based on ob-ject boundaries (e.g. NURBS or triangles). These representations complicates digital fabrication, which requires closed volumes. Furthermore, boundary representations requires sophisticated calculations to perform even

Office buildings are a key feature of our urban and suburban fabric allowing the flourishing of economic activity; however, they also cause depletion of our energy sources and contribute significantly to the existing environmental pollution. According to the U.S. Environmental Protection Agency

As telecommunications networks and the distributed systems they support become increasingly intertwined in the economic and social fabrics of our lives, understanding the performance, availability, and security properties of such systems is of critical importance. As an experimental computer

contiguous urban fabric that bridges the I-35W corridor with commercial, pedestrian, and transit areas. This document covers issues with the existing conditions, the goals and visions of the project, precedent case studies that pertain to this project, plans for the site (including physical design, tax

in informal discussions of design and fabrication alternatives. This material is subject to change and should not, therefore, be published or referred to in the

’Alembert’s Vike Trike, to highlight the attention that has been paid to aerodynamics in its ’ concept and fabrication. In an effort to realize D’Alembert’s paradox, the fairing shape and surface texture were designed and built as to best achieve steady, uniform flow with minimal drag. Beneath the carbon fiber