41. Space Projects Directorate The space projects Directorate is responsible for the provision of contracting space and ground technology to meet domestic and international needs, http://www.pwgsc.gc.ca/sipss/home1/sipss/spaceprojdir-e.html

PWGSC SIPSS ORGANIZATION SCIENCE > Space Projects Directorate Space Projects Directorate The Space Projects Directorate is responsible for the provision of contracting services to the Canadian Space Agency (CSA) for the following two Major Crown projects. Canadian Space Station Program The Canadian Space Station Program ensures that Canadians benefit from their investment in space robotics and from Canada's access to the international Space Station, and that the Canadian Space Agency (CSA) meets its commitments to its international partners. The Canadian Space Station Program will contribute the Mobile Servicing System (MSS) to the International Space Station (ISS). The MSS consists of equipment and facilities located both on the space station and on the ground. Canada Earth Observation Program In cooperation with the private sector and other domestic and international partners, the Earth Observation Program focuses on providing Earth observation data and the development and application of Canadian space and ground technology to meet domestic and international needs, particularly in the areas of environmental monitoring, resource management, surveillance and disaster management. RADARSAT-1 RADARSAT-1 is a Canadian satellite program involving the private sector, the provinces and the United States. Successfully launched in November 1995, this sophisticated remote sensing satellite has a Synthetic Aperture Radar (SAR), a powerful microwave instrument able to transmit and receive signals through clouds, fog, smoke, and darkness, and obtain high-quality images of the Earth in all weather.

42. Projects :: Burns Technology Center Through the technology and Cultural Heritage (TeCH) project, the BTC helpsreservation tribal residents capture Year Project Began Montana space Odyssey http://btc.montana.edu/projects/listaz.htm

BTC Projects A-Z Jump to a project Arabic Language / Cultural Studies Base Camp Earth Bioterrorism Response for Physicians Center for Educational Resources (CERES) Civic Investment in Montana (CIM) Family Financial Planning Fund for Improvement of Education (FIE) Landscapes of the Mind Master of Science in Science Education Montana Indian TeCH Learning Centers Montana JASON Montana Space Odyssey Multimedia Connections National Teachers Enhancement Network NTEN - Elementary TIIAP WebCT Course Tools Training Wonderlust U.S. Arabic Distance Learning Network Partner: Office of International Programs, MSU-Bozeman The Arabic language program offers two years of Modern Standard Arabic to students at member universities of the U.S. Arabic Distance Learning Network. The BTC provides the instructional technologyvideoconferencing connections and WebCT online course tools servicesthat connect the professor of Arabic at his/her home institution to students across the nation during their first year of study. The second year of instruction is offered through an articulated study abroad option at Al Akhawayn University in Morocco. Base Camp Earth Base Camp Earth launches virtual explorations of emerging science, to build a unique online resource to interest students in science.Teams of inquisitive students explore a topical science issue using an open-ended inquiry-based research model. The BTC records their thoughts and findings as they go, and posts a documentary account of their journey of exploration on the Web. Funding for the development of Base Camp Earth was provided by the National Science Foundation.

43. Transformational Space :: Projects :: Crew Transfer Vehicle It uses proven technology, such as the Discoverer / Corona capsule design which t/space is working with Scaled Composites to create a custom Very Large http://64.78.33.215/index.cfm?fuseaction=projects.view&workid=CCD3097A-96B6-175C

44. Spatial Annotation Projects / Elastic Space Based on positioning technology, allows people to attach virtual notes to real Elastic space – Spatial annotation projects Urban atmospheres – Urban http://www.elasticspace.com/2004/06/spatial-annotation

Timo Arnall / Spatial annotation projects / elastic space Adaptive design Architecture Art ... Spatial annotation projects A list of spatial annotation projects and platforms. Thanks to physcomp interactionfield and aware for inspiration. Image from Yellow Arrow project. Murmure Area Code Invites you to collect and reflect upon your immediate environment, and enables new forms of engagement and information exchange between person and place. Areacode aims to inspire comments about the affect of urban regeneration in the city. Yellow Arrow A physical sticker allows people to mark places of interest, then tell a story about it using a photographic record. Grafedia The Blue Plaque project Implementation Implementation begins as sheets of stickers, with a different text on each sticker. We will distribute these sheets to individuals, both personally and via post. Instructions, asking people to peel the stickers off and place them in an area viewable by the public, will accompany the sheets. Talking street The intelligent street The intelligent street will enhance the experience of users in both locations by creating a gentle sonic playground that reflects the cultures of its users, entertain and act as a talking point. Users will be able to interract by sending SMS messages from their mobile phone. A display in each location and on the web will give optional information about how users are engaging.

45. STS - Projects - Space Technology - SAFIR space technology SAFIR The SAFIR project, a small low flying satellitewith bidirectional data processing, STS were responsible for the http://www.fuchs-gruppe.com/sts/englisch/projekte/raumfahrt/satellit/safir.html

Space technology more on topic satellites -SAFIR -GRACE -CHAMP micro-gravity -CEBAS -CTV X-38 -OPDIAG -CARDIOLAB The SAFIR project, a small low flying satellite with bi-directional data processing, STS were responsible for the telecommunications. Also we had responsibility for the establishment of the MIKRODATA-System a Hand-Held-Terminal. STS were also involved in the building of the ground system for SAFIR. For the solar panels positioning and control of the free flying satellite software for the onboard computer was developed. The appropriate algorithms were tested with a simulations tool, functions and integration tests were also performed. For the user-data management, software was developed which was X25 and HDLC compatible. Safir-1 The SAFIR project was the responsibility of OHB Teledata which through this project became the satellite provider for ORBCOMM. ORBCOMM is a mobile service provider for logistic and traffic systems which uses MODACOM, MOBITEX transmission system.

46. STS - Projects - Space Technology - CHAMP space technology CHAMP With regard to the light project CHAMP (ChallengingMicroSatellite Payload for Geophysical Research and Application) STS has http://www.fuchs-gruppe.com/sts/englisch/projekte/raumfahrt/satellit/champ.html

Space technology more on the topic satellites -SAFIR -GRACE -CHAMP micro-gravity -CEBAS -CTV-X 38 -OPDIAG -CARDIOLAB With regard to the light project CHAMP (Challenging Micro-Satellite Payload for Geophysical Research and Application) STS has taken part in phases C/D since it began at the end of may 1997. The main contractor for CHAMP is GFZ Potsdam. The clients are Jena-Optronik GmbH / Daimler Chrysler Aerospace. The satellite CHAMP will be functional for five years from 1999. It`s function will be to take measurements from the inner and outer atmosphere. The scientific data is sent to earth every flight-over with 1 Mbit through S-band telemetry. The tasks of the test system EGSE is on the test stand (PC and measurement equipment) to coordinate the computer controlled test sequence Communication with the measurement equipment will be through a PC-interface. It is also predicted that remote control can be achieved through TCP/IP. The software for the control and visualizing is written in "LabView".

47. AnthroTronix: Interfacing People And Technology Health Defense space projects. AnthroTronix core technology is in the area ofadvanced interface technology for wearable computers and robotic control http://www.anthrotronix.com/template.php?content=currentprojects

48. KST Main Page Kelly space technology, Inc. Home projects News Resources Kelly space technology has developed a wide array of launch vehicles for both http://www.kellyspace.com/projects.htm

Home Projects News Resources ... Contact Us J et and Rocket Engine Test Site (JRETS) Click here to view a PDF brochure (4 Megs) that details the JRETS capabilities. R eusable Launch Vehicle's (RLV's) Click here for detailed information on each of our space vehicles. G lobal Energy Systems, LLC (GES) Global Energy Systems, LLC as the exclusive licensee to develop and use a propriete ry, very low emission process using biomass waste materials to synthetically generate pipeline quality natural gas (methane) for sale as a commodity at substantially lower prices than natural gas obtained using more traditional methods. This process provides an affordable renewable energy source generated from waste products currently disposed of in landfills. Click here for more information (GES Webpage Coming Soon!!).

49. Boeing Awarded NASA Human And Robotic Technology Development Projects | Commerci The development projects will support the research and technology goals andobjectives of the Vision for space Exploration. http://www.comspacewatch.com/news/viewpr.html?pid=15621

50. NASA Selects Small Business Research And Technology Projects | Commercial Space Commercial space Watch Home Page NASA Selects Small Business Research andTechnology projects. image NASA has selected 290 Small Business Innovation http://www.comspacewatch.com/news/viewpr.html?pid=15539

51. Yorkshire CND - Space Use And Ethics, Criteria For The Assessment Of Future Spac The Conference was at the Darmstadt University of technology (TUD). Speakers wereas follows ASSESSMENT OF CONCRETE space projects. 900 to 1100 http://www.cndyorks.gn.apc.org/yspace/articles/Dcon.htm

Space Use and Ethics, Criteria for the Assessment of Future Space Projects 3-5 March 1999, Darmstadt, Germany The Conference was at the Darmstadt University of Technology (TUD). Speakers were as follows: Organisers: Interdisziplinaere Arbeitsgruppe Naturwissenschaft, Technik und Sicherheit (IANUS, Research Group Science, Technology and Security) at the Darmstadt University of Technology (TUD) in cooperation with: Institut für Theologie und Sozialethik of the TUD, NaturwissenschaftlerInnen-Initiative, International Network of Engineers and Scientists Against Proliferation (INESAP), Darmstaedter Friedensforum, Friedens- und Begegnungsstaette Mutlangen, Global Network Against Weapons and Nuclear Power in Space Theme In March 1997 IANUS and several other groups organised a conference on "The Ambivalence of Space Technology". The main themes discussed then were: Space activities are increasing: Who is doing what? Who is watching? Who sets the standards? Who benefits? What are the consequences? The 1999 conference focussed on the ethical criteria for the assessment of space research and use. A major goal was to generate a critical dialogue between representatives of space organizations, science, military, industry and peace and ecological groups. On the first evening , ethical criteria for space use and research were presented by professors of social ethics and physics.

52. Aerospace Technology - Stardust Space Probe NASA, USA News and project information on the Stardust space Probe NASA, USA. Welcome toAerospace technology The website for the Aerospace Industry http://www.aerospace-technology.com/projects/stardust/

Home Industry Projects Space Craft Stardust STARDUST SPACE PROBE, USA Stardust is a space mission by NASA that will fly close to a comet and, for the first time ever, bring cometary material back to Earth for analysis by scientists. Stardust spacecraft was launched 6 February 1999 from Cape Canaveral, Florida, after delays, which were caused by warning alarms. The mission is the first by NASA, which is dedicated solely to a comet and the first robotic return of extra-terrestrial material from outside the orbit of the Moon. The main aim of the project is to cross the path of the Wild 2 comet and collect dust particles for analysis in space and to later return the particles to Earth for further investigation. The comet to be analysed is thought to carry materials which consist of ancient pre-solar interstellar grains and nebular condensates. These include remnants left over from the formation of the solar system and thus, are thought to hold information about the evolution of the sun and planets and possibly the origin of life itself. The project is one of NASA's discovery missions, which aim to cost less than $150 million. PROJECT MAKE-UP Lockheed Martin Astronautics designed and built the Stardust spacecraft. The Jet Propulsion Lab provided an experienced project management team, led by Kenneth L. Atkins, (an early leader in comet missions), and the optical navigation camera. The Max Planck Institute (MPI) of Germany provided the real-time dust composition analyser for the craft.

53. Projects & Loans, Development Bank Of Japan space technology R D project Galaxy Express Corp. Advanced science and technologycreating business on the vast stage of space http://www.dbj.go.jp/english/project_loan/08.html

Sitemap Search Home Galaxy Express Corp. Advanced science and technology creating business on the vast stage of space This project is Japan's first joint public and privatesector venture in rocket development.The two-stage liquid fuel rocket under development is intended mainly for commercial launches and will have the capacity to launch 2-ton satellites into a sun-synchronous orbit at an altitude of 800km. Rocket development is generally a high-risk venture as a result of massive development costs and a long investment recovery period.DBJ is helping to facilitate this project by providing long-term loans. Urban redevelopment and downtown revitalization Introduction of barrier-free train cars for regional transportation Project financing for construction of wind power plants Introducing low-emission vehicles at national parks ... International Cooperation

54. The Arthur C. Clarke Foundation PROJECT WARN in Partnership with the Japan US Science technology and space The space Shuttle Children s Fund awarded a $300000 grant to a team of GW http://www.clarkefoundation.org/projects/index.php

Home News Contact About the Foundation Arthur C. Clarke Projects The Center ... Student Competition Projects Projects In 2001 the Arthur C. Clarke Foundation established a subsidiary organization known as the Clarke Institute for Telecommunications and Information (CITI). The purpose of this unit was to establish new international contacts around the world. In particular, CITI sought to explore how the Arthur C. Clarke Foundation could cooperate with research organizations, universities or governmental agencies so as to use science, technology or information systems to improve world conditions. CITI, in cooperation with NASA and many other organizations put on the Space Education Workshop at George Washington University in 2003 (See SPACE POLICY Fall 2004 for a detailed report on this subject) and is currently pursuing three projects in cooperation with affiliate organizations. In 2004, CITI and its projects were consolidated into the Foundation. PROJECT WARN in Partnership with the Japan US Science Technology and Space Applications Program (JUSTSAP) The purpose of Project Warn is combine enhanced communications and IT systems to provide warning of impending natural or man-made disasters and to provide on-going communications and remote sensing and GIS support during disaster relief operations. The Clarke Foundation is working with the Pacific Disaster Center, the Asian Disaster Mitigation Organization, the United Nations, and the US and Japanese Governments as coordinated through the JUSTSAP organization to carry out a suitable test and demonstration in this area. In particular a simulation and test is being planned in the Pacific Region in 2005 to determine to how to use the latest information and sensing technology more effectively in the advent of that a major Tsunami might impact an Asian country or island. Clarke Foundation personnel are providing technical advice and support on a volunteer basis to this project.

55. Field And Space Robotics Laboratory MASSACHUSETTS INSTITUTE OF technology HOME FACILITIES PEOPLE projects SPONSORS PUBLICATIONS. Group Photo MIT Field and space Robotics http://robots.mit.edu/

F IELD AND S PACE R OBOTICS L ABORATORY D EPARTMENT OF M ECHANICAL ... PUBLICATIONS by MIT.

56. A History Of Japanese Space Projects Japan s postwar space development project work began in 1955 at and alsorapidly improved the level of production technology of American rocket http://spaceinfo.jaxa.jp/note/rekishi/e/rek07_e.html

A History of Japanese Space Projects Japan's space development begins with the horizontal firing of a "pencil" rocket Japan's postwar space development project work began in 1955 at Kokubunji, Tokyo with a successful horizontal firing experiment involving a pencil-shaped test rocket made by Tokyo University. Later, at the testing range on the Michikawa coast in Akita Prefecture, the "Baby," "Kappa," and other series of rockets were launched. In 1970, after the range facilities were moved to Uchinoura in Kagoshima Prefecture, Japan's first artificial satellite (Ohsumi), the fruit of many trials and failures, went into orbit. Japan thus became the fourth nation to launch a domestically developed satellite, and after this the national space science program rapidly developed. The establishment of the National Space Development Agency (NASDA) in 1969 creates a space development system that promotes practical space utilization NASDA, the National Space Development Agency of Japan, currently the Japan Aerospace Exploration Agency (JAXA), was founded in 1969 as an organization that aims at space development that is beneficial to people's actual lives. The previous year the Space Activities Commission (SAC) had established the National Space Development Agency of Japan as a system to regulate both the scientific and practical aspects of Japan's space program. the National Space Development Agency of Japan developed satellites for such practical applications as weather monitoring, telecommunications and broadcasting, and also rapidly improved the level of production technology of American rocket technology, which until then could not be transferred.

57. NASA FTCSC Educational Page NASA Learning Technologies Project A variety of projects that students and educators NASA Food technology Commercial space Center Newsletter, NASA FTCSC http://www.ag.iastate.edu/centers/ftcsc/pages/educate.htm

Education and Outreach are an important part of the NASA FTCSC mission.This page was designed to provide activities, resources, and information on space food and space-related topics for educators and students. Education Page Menu USDA Higher Education Grant Educator's Activities Team Cy-Mix NASA FTCSC Educator's Activities NASA FTCSC Bookmarks Space Food Label Mock-up NASA Educator's Activities Educational Resources Classroom Activities Kid's Sites NASA Programs Space-Related Facts Miscellaneous Information Space Food Facts Space Food Publications Space Food Videos NASA FTCSC Space Food Tray Mock-Up Kits New— USDA Higher Education Grant "The Space Food Challenge" Educator's Activities College-level educational activities about food systems for space travel. These lessons, designed by ISU Faculty members, incorporate knowledge about space into existing curricula in food science, nutrition, and horticulture. Congratulations to Iowa State University's "Team CyMix" Selected to Participate in the NASA Reduced Gravity Student Flight Opportunities Program

58. Harish Barathvajasankar's Web Space - Projects Done The project aims to conceptually evolve a DNA processor modeling its computational It would take a breakthrough in the technology of working with large http://www.tc.umn.edu/~barat007/projects.htm

Harish Barathvajasankar Home Resume Research Publications ... Family List of Projects I have worked on Completion Date: March 2004 Duration: 8 months Advisors: Dr.R.Ramachandran Prof.N.Venkateswaran Extended Abstract Research in DNA computing has been directed towards solving difficult NP Complete problems. Support for basic computational operations such as logic operations like NAND, NOR and NOT and arithmetic operations like addition and subtraction is necessary for DNA computing to be applicable on a wider range of problems. These operations require that a unique output be generated for specific inputs, unlike search problems, which can be solved by generating all possible combinations and extracting the correct output. Suitability of DNA for such simple operations has so far largely been unaddressed. In this work, we describe a methodology for using DNA molecules to solve the basic arithmetic and logic operations. Employing this method, multiple rounds of operations can be performed in a single test tube, utilizing the output of an operation as an input for the next. The DNA computer age is fast approaching. Instruction format for DNA computers has never been proposed till date. As part of this project, we have proposed a new instruction set format IGENE for the DNA computers. In conventional computers, the instruction is a FSM which spawns other FSMs for accomplishing the instruction execution. We have designed the format for IGENE which can be implemented as a FSM that has been already implemented for control.

59. Georgia Institute Of Technology :: News Room :: Georgia Tech Graduate And Former Georgia Tech Graduate Jan Davis is a veteran of three trips into space and Davis is currently the director of Flight projects at NASA’s Marshall space http://www.gatech.edu/news-room/release.php?id=69

60. Chair Of Underground Space Technology - Projects CT4061 The Chair of Underground space technology is housed at the faculty of CivilEngineering at Delft University of technology. http://www.ct.tudelft.nl/ogbouw/projects_CT4061.htm

Content Menu Taal/Language Banners U maakt gebruik van een browser die de gebruikte web-standaarden niet of onvolledig ondersteunt. Hierdoor kunnen afwijkingen in de lay-out ontstaan. Afhankelijk van uw platform is deze site het beste te bekijken met een recente versie van Microsoft Internet Explorer (5 of hoger) Mozilla (1 of hoger) en Opera (6 of hoger) Home Sitemap Contact Search Chair of Underground Space Technology path 0 path 1 path 2 print this page Civil engineering project education - CT4061 course description: Solve an actual and recent civil engineering problem in a multidisciplinary team. Integrate several studies and designs into a coherent entity, based on knowledge, understanding and skills acquired in the preceding years. Attention will be on quality control and the evaluation of the design process. Knowledge and skills obtained during CT4061 will be used in this project. The course is divided into three phases: Phase 1: inception plan; Phase 2: preliminary design and studies; Phase 3: process evaluation with respect to interdisciplinary aspects; final report. Underground Space Technology related project groups Some of the projects, which have been done in resent years, are:

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