The cycle was then revisited from the perspective of an astronomer interested in using Gemini for their research. We encourage your feedback at any time.Shortly after its creation, the SUSD conducted a complete revision of the communication cycle between Gemini and its community of researchers. This poster is an opportunity to exchange ideas about how Gemini can improve your experience while working with the Observatory and present details about new avenues of post-observing support coming soon.
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The Gemini Science User Support Department (SUSD) was formed a little more than a year ago to create a collaborative community of users and staff and to consolidate existing post-observing support throughout the observatory for more efficient use of resources as well as better visibility amongst our user community. The Gemini Science User Support Department: A community-centered approach to user supportĬhené, André-Nicolas Thomas-Osip, Joanna The tool provides high-level support for graphical user interfaces and permits dynamic modification of interfaces, without requiring conventional programming concepts and skills. We are attacking this problem by building a user interface development tool based on extensions to the spreadsheet model of computation. Using today's technology, user interface development is very expensive for two reasons: (1) specialized and scarce programming skills are required to implement the necessary graphical representations and complex control regimes for high-quality interfaces (2) iteration on prototypes is required to meet user and task requirements, since these are difficult to anticipate with current (and foreseeable) design knowledge.
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Space construction will require heavy investment in the development of a wide variety of user interfaces for the computer-based tools that will be involved at every stage of construction operations. It could be useful for the calibration experiment of the neutron detectors in the research reactors. From the above procedure, the effective calibration methodology of multiple SPNDs using the large hole of HANARO is developed. The current signals due to the external gamma-rays can be either positive or negative, in that the net flow of the current may be either in the same or the opposite direction as the neutron-induced current by the rhodium emitter. It is confirmed that the effect of the external gamma-rays to the SPND current is dependent on the reactor characteristics, and that it is affected by materials around the detector.
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The external gamma-rays which affect the SPND current response are analyzed using the Monte Carlo simulation for various irradiation conditions in HANARO. They are irradiated at a low reactor power, and the SPND current is measured using the pico-ammeter. The 40 Rh-SPNDs are installed on the polycarbonate plastic support, and the gold wires with the same length as the effective length of the rhodium emitter of the SPND are also installed to measure the neutron flux on the SPND. Kim, Myong-Seop Park, Byung-Gun Kang, Gi-DooĪ calibration technology of the self-powered neutron detectors (SPNDs) using a large vertical irradiation hole of HANARO is developed. Self-Powered Neutron Detector Calibration Using a Large Vertical Irradiation Hole of HANARO Results of the plan include a highly trained work force, stakeholder teams that include support personnel, and global support from a centralized support organization.« less Characteristics of the program include: (1) Client driven support (2) Empowerment of highly skilled professionals to fill the support role (3) Routine and ongoing modification to the support plan (4) Utilization of the support assignment to create highly trained advocates on the line (5) Integration of the support role to the reservoir management team. A successful user support strategy will be described. This paper describes the steps taken by Oryx Energy Company to address the problems and opportunities created by the explosive growth in computing power and needs, coupled with the contraction of the business. In the 1990s, computer literacy is a requirement.
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Users are generally more mature, knowledgeable, and team oriented than theirmore » predecessors. The profile of the user of technical computing resources has changed. At the same time, there has been a significant change in the work force due to the pressures of restructuring, and the increased focus on international opportunities. Technical computing applications have increased in integration and complexity. The compute power available to the average geoscientist at his desktop has grown exponentially. Technical computing systems have moved from local, fragmented quantity, to global, integrated, quality. Quality user support: Supporting quality usersĭuring the past decade, fundamental changes have occurred in technical computing in the oil industry.