LYCOS RETRIEVER
Proteus: Data
built 660 days ago
"The adoption of Proteus by HHNEC is another example of a leading semiconductor company selecting Proteus for its scalable architecture and high accuracy required by small process geometries," said Edmund Cheng, vice president of marketing for DFM at Synopsys. "Synopsys continues to solve the growing manufacturing and production issues by offering the most comprehensive design-for-manufacturing (DFM) solutions in mask synthesis, mask data preparation, TCAD and lithography verification."
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Proteus is a framework for creating messaging applications, and a message broker built upon that framework. Proteus has adapters that allow databases, message queues, ftp servers, email and other message sources and sinks to be addressed in a simple, uniform fashion. It differs in approach from most other toolkits in supporting both centralized and point to point implementations with a minimal footprint.
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Proteus certifies PRO*Tour 2.1 on Red Hat Linux 6.2 / Oracle 8.1.6. In line with its commitment to advancing the PRO-Star range of products, Proteus has successfully ported the PRO*Tour product Linux for use as the database tier in a multi-tier environment. The application tier on Linux is expected to be included as part of the PRO*Tour 3.1 release.
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Whether you need to satisfy a federal or state oversight group, or your organization’s management, the Proteus™ auditing tools enable you to demonstrate the effectiveness of your training and its compliance with regulatory or corporate requirements. A robust revision control system tracks changes made to the data, greatly simplifying the review process.
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In April 2003, a second series of flight demonstrations focusing on "non-cooperative" aircraft (those without operating transponders), was conducted in restricted airspace near Mojave, Calif., again using the Proteus as a surrogate UAV. Proteus was equipped with a small Amphitech OASys 35 Ghz primary radar system to detect potential intruder aircraft on simulated collision courses. The radar data was telemetered directly to the ground station as well as via an Inmarsat satellite system installed on Proteus. A mix of seven intruder aircraft, ranging from a sailplane to a high-speed jet, flew 20 scenarios over a four-day period, one or two aircraft at a time. In each case, the radar picked up the intruding aircraft at ranges from 2.5 to 6.5 miles, depending on the intruder's radar signature. Proteus' remote pilot on the ground was able to direct Proteus to take evasive action if needed.
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This image is a shaded relief map of Proteus, a small inner satellite of Neptune. As with all maps, it is the cartographer's interpretation and not all features are necessarily certain given the limited data available. This interpretation stretches the data as far as is feasible. This map is similar to the above map but was reprojected to the Simple Cylindrical projection. As with all cylindrical projections, this map is severely distorted near the poles (top and bottom edges). (Courtesy Phil Stooke)
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