61. Rice University's LESTER | Learning Science And Technology Repository - Projects URL www.hitl.washington.edu/projects/shared_space We present an application of theShared space concept that demonstrates HumanInterface technology (HIT) Lab. http://lester.rice.edu/browse/lstprojectbrowse.aspx?ord=303

62. Information Technology & System Center The collaboration of Information technology researchers with missions through theprojects listed below. the National Aeronautics and space Administration (NASA http://www.itsc.uah.edu/projects/

About ITSC News Research Areas Projects ... Contact Us ITSC Projects The ITSC research builds on the Integration of Earth Science and Information Technology. The collaboration of Information Technology researchers with Earth Scientists accelerates the research process, maximizes knowledge discovery, minimizes data handling and contributes to both fields. At the ITSC technologies developed in the lab are directly applied to actual missions through the projects listed below. ACES The Altus Cumulus Electrification Study has three important science objectives: (1) Lightning Imaging Sensor (LIS) validation, (2) lightning-storm relationships, and (3) storm electric budget. The validation effort will provide detailed characterization of lightning type, cloud-top optical energy, and power statistics that is needed to better interpret the global lightning database collected by LIS. AMSR-E In support of the Earth Science Enterprise's goals, the Advanced Microwave Scanning Radiometer - EOS (AMSR-E) will fly on NASA'S Earth Observing System (EOS) Aqua satellite planned for launch in spring of 2002. AMSR-E Level 1 data products will be generated by NASDA and distributed to the AMSR-E Science Investigator-led Processing System (SIPS) located at the

63. OpenDoor: Exploring The Cosmos, May 2001 Program at MIT's Lincoln Laboratory develops satellite surveillance technology andsystems space projects at Draper Founded in 1942 by alumnus Charles Stark http://alumweb.mit.edu/opendoor/200105/

In This Edition Exploring the Cosmos Part 1: Learning from the Cosmos Part 2: Going in to Space Part 3: Tools of Discovery Prof. Claude Canizares Prof. Dava Newman, SM '89, PhD '92 Cady Coleman '83 ... Space Control at Lincoln The Space Control Program at MIT's Lincoln Laboratory develops satellite surveillance technology and systems that track and assess satellites and other space objects. Ten-million degree eruptions on the sun's face are visible for the first time through the Chandra X-ray Observatory, a collaborative project involving MIT leadership. Not only does Center for Space Research Director Claude Canizares play a leading role among many MIT contributors, but astronaut Cady Coleman '83 , pressed the button that released Chandra from the Space Shuttle Columbia's cargo bay and into orbit. The 1999 mission involving Coleman, the 22nd MIT graduate in space , brought to one third the NASA flights including an alumni/ae astronaut or payload specialist. MIT's investment in spacebuilding new knowledge and new tools for observing as well as exploring the cosmosis extensive. This month, openDOOR explores MIT's own race to space:

64. GRC Projects On-Line NASA Glenn projects OnLine. The Glenn Research Center is the Center of Excellencefor aerospace technology and development where aeropropulsion and space http://www.grc.nasa.gov/Doc/projects.htm

NASA Glenn Projects On-Line The Glenn Research Center is the Center of Excellence for aerospace technology and development where aeropropulsion and space applications form a synergistic relationship that enables the NASA mission and improves the quality of life on Earth. NASA Glenn has a long-standing reputation for its expertise in project management. Listed below are two listings of Glenn projects which have web pages. Historical projects may listed on the Glenn History page Interagency Projects The web sites listed below are for projects in which the Glenn Research Center leads or participates in and it does not represent a comprehensive listing of projects at Glenn. Advanced Communication Technology Satellite (ACTS) Aviation Safety Program Breakthrough Propulsion Physics Program Cassini ... Zero CO2 Research Project Glenn-specific Projects The web sites listed below are for projects which are unique to the Glenn Research Center. It does not represent a comprehensive listing of such projects at Glenn. Bioscience and Engineering Dropping In a Microgravity Environment (DIME) alternate site Load Sharing Facility (LSF) Distributed Computing System ... Reactor Facility Decommissioning, Plum Brook Station

65. PIGS Space: Student Projects Newfoundland has had a few interesting projects that helped to spearheadits growth in technology in the province. It started with http://cspace.unb.ca/nbco/pigs/student/whitty.html

Katie Whitty's Interview With Don Whitty: Education and Computerized Technology Cooperative Networking: An Interview with Don Whitty New Brunswick Community College, Miramichi Dept. Head (Special Projects) by Katie Whitty Grade 6 St. Andrew's School 1. What can a student do on the Internet? There are many things a student can do on the internet. They range from playing games, to talking to people from all over the world. More and more people are realizing the value of this resource we call the internet. Originally it was used to communicate (via e-mail), transfer files back and forth and access remote research facilities. Now the internet has been commercialized and offers students a much broader variety of options. One of the interesting problems this has created is the availability of too much information. Did you know that on the internet you can: complete an entire degree from a university without actually going there talk with people all over the world (not only on e-mail, but talking just like on the phone!!!) play games get free software access a phone book for anywhere in the world find information on just about any imaginable topic dissect a frog 2. What are some good programs on the internet for students to use?

66. NASA AESP Home Page and faculty, curriculum development projects, instructional technology, distancelearning the National Aeronautics and space Administration with http://www.okstate.edu/aesp/AESP.html

What is the NASA Aerospace Education Services Program? The NASA Aerospace Education Services Program (AESP) serves America's education community by enhancing awareness and understanding of the scientific and technological advances growing out of NASA's missions of research, discovery, and exploration. AESP provides assistance and support to educators in updating science, mathematics, geography, and technology curricula and in utilizing new and evolving instructional technology and teaching strategies. AESP's Aerospace Education Specialists have broad general knowledge of NASA missions and programs and strong content background in NASA's five Strategic Enterprises: Human Exploration and Development of Space - Human space flight, Biological and Physical Research - Physical sciences, fundamental space biology, and biomedical and human support research Earth Science - Earth from space research Aerospace Technology - Aviation and space transportation research and development Space Science - Exploration of our solar system and the universe Aerospace education specialists are also experienced professional educators, current on vital education issues and familiar with the curriculum frameworks, educational standards, and systemic architecture of the states they serve. Specialists are actively involved in state systemic improvement and education reform efforts. AESP personnel are knowledgeable on the full range of NASA's curriculum support products, its diverse resources for students and educators, and its extensive array of education projects throughout the country. NASA is committed to coordinating all of its assets in each state to assist state and local leadership in meeting goals for systemic improvement. AESP serves as a NASA focus for facilitating this objective.

67. Open Space Technology events, with teams and stakeholders, at different points in a projects life cycle. OpenSpace technology can be a useful approach to engaging the leadership of http://www.spiritedorg.com/projects.htm

Projects v All work is becoming project work v Many still hold the perspective that projects are linear, controllable or mechanical processes. Some are, but most projects are not. v v Project leadership must develop the awareness to see what is happening in the project and its ecosystem. Projects go through energy and productivity cycles. v No leader or team can see everything, so engaging all involved at key points is necessary. Getting the whole system in the room increases intelligence and effective decision making. v Strategic leadership must develop new perspectives and often utilizes external resources at appropriate times to facilitate the next steps in the journey to a successful project. v I have facilitated key events, with teams and stakeholders, at different points in a projects life cycle. Conception, team development, stakeholder interaction, the loss of momentum and energy and learning from experience are among those points when external facilitation can assist success. Open Space Technology can be a useful approach to engaging the leadership of those who have a stake in the outcomes. It can help the project team find its way through a difficult issue.

68. Space - Science & Technology Return to main Science technology page space. of these aims, the UK is playingan important role on in many panEuropean and world-wide space projects http://www.britainusa.com/science/other_show.asp?Sarticletype=2&other_ID=365

69. Planet Quest: Missions - Space Interferometry Mission a science team for the space Interferometry Mission of 10 key science projects andfive Beichman, Jet Propulsion Laboratory, California Institute of technology. http://planetquest.jpl.nasa.gov/SIM/sim_keyprojects.html

Planet Detection Key Science Projects Mission Scientists KEY SCIENCE PROJECTS In November 2000, NASA selected a science team for the Space Interferometry Mission. The team includes the Principal Investigators of 10 key science projects and five mission scientists. The 10 principal investigators (PIs) and their key science teams will study a wide range of astrophysics: The Search for Young Planetary Systems and the Evolution of Young Stars A study of the early stages of the formation of planetary systems around young stars that will provide new insight into how planets like Earth might have formed. The project will survey 200 of the nearest and youngest solar-type stars for planets. PI: Dr. Charles A. Beichman, Jet Propulsion Laboratory, California Institute of Technology Technical description Discovery of Planetary Systems A search for new planets around nearby stars, which also will study the stars where scientists currently think planets have been found. This will include detection of 1-3 Earth-mass planets and determining the absolute masses of planets that have been previously detected using ground-based methods. PI: Dr. Geoffrey W. Marcy, University of California, Berkeley

70. About Ames - Organization Ames Acquisitions Division Grants Office Applied Information technology DivisionFoothill 2000/Astrobionics Earth Science Division space projects Division space http://www.arc.nasa.gov/about_ames/organization.html

VISION GOALS TIMELINE ORGANIZATION ... VISITING AMES Offices Office of the Director Ames Research and Technology Reports Ames Commercial Technology Office Ames Educator Resource Center NASA-Wide Projects Managed at Ames Astrobiology at NASA NASA Astrobiology Institute (NAI) NASA Center for Computational Astrobiology (NCCA) Aviation System Capacity Program ... NASA Research and Education Network - NREN Office of the Chief Financial Officer Office of the Chief Financial Officer homepage NASA Office of Inspector General (OIG) NASA OIG Home Page NASA OIG Hotline Directorates Aerospace Directorate (Code A) Airborne Sensor Facility Center-TRACON Automation System (CTAS) Air Traffic Control Tower Simulation Flight Simulation ... Advanced Air Transportation Technologies Office Army/NASA Rotorcraft Division (code AR) Army/NASA Rotorcraft Division Home page Aeromechanics Branch (code ARA) Flight Control and Cockpit Integration Branch (code ARH) Space Technology Division (code AS) Center for Nanotechnology Research and Development Services Directorate (Code F) Aeronautics and Spaceflight Hardware Development Division Wind Tunnel Operations Division Systems Engineering Division Information Sciences and Technology Directorate (Code I) Information Sciences and Technology Directorate homepage Computational Sciences Division Human Factors Research and Technology Division Cognition Laboratory ... NASA Advanced Supercomputing (NAS) Division Center Operations Directorate (Code J)

71. About Ames - Organization Ames Acquisitions Grants Office Applied Information technology Division Education LifeSciences Division Earth Science Division space projects Division space http://www.arc.nasa.gov/text_only/about_ames/t_organization.html

NASA Home page ARC Home page Site Map Site Tools ... VISITING AMES Organization of the Center Offices Office of the Director Ames Commercial Technology Office Ames Research and Technology Reports Ames Educator Resource Center NASA Center of Excellence for Information Technology ... Office of the Chief Counsel NASA-Wide Projects Managed at Ames Astrobiology at NASA NASA Astrobiology Institute (NAI) NASA Center for Computational Astrobiology (NCCA) Aviation System Capacity Program ... NASA Electronic Forms Project - NEF Office of the Chief Financial Officer Office of the Chief Financial Officer homepage NASA Office of Inspector General (OIG) NASA OIG Home Page NASA OIG Hotline Directorates Aerospace Directorate (Code A) Airborne Sensor Facility Center-TRACON Automation System (CTAS) Air Traffic Control Tower Simulation Flight Simulation ... Advanced Air Transportation Technologies Office Army/NASA Rotorcraft Division (code AR) Army/NASA Rotorcraft Division Home page Aeromechanics Branch (code ARA) Flight Control and Cockpit Integration Branch (code ARH) Space Technology Division (code AS) Center for Nanotechnology Research and Development Services Directorate (Code F) Aeronautics and Spaceflight Hardware Development Division Wind Tunnel Operations Division Systems Engineering Division Information Sciences and Technology Directorate (Code I) Information Sciences and Technology Directorate homepage Computational Sciences Division Human Factors Research and Technology Cognition Laboratory ... NASA Advanced Supercomputing (NAS) Division Center Operations Directorate (Code J)

72. Wash U: Project Aria: Projects create a studentfocused, student-lead deep space probe, known as the Suncatcher.Many of the projects in works lead to the knowledge and technology to support http://www.aria.seas.wustl.edu/projects.htm

Project Aria Projects About People Sponsors, Partners, and Participants Projects ... Links Logon Contact Current Projects AHAB - Project Aria's new program, the Aria High-Altitude Balloon program will carry experiments from K-12 schools and universities to the edge of space (90,000+ fee. Experiments can be passive or active. Active experiments may use their own electronics or the AHAB command module on-board computer. Space Shuttle Experiment Packages (Aria-1, Aria-2, Aria-3, Aria-4, Aria-5, Aria-6, Aria-7, Aria-8) - Over the past several years, Project Aria has flown several Space Shuttle experiment packages. These packages carry passive "fly-and-compare" K-12 experiments. To date, four packages have flow carrying approximately 200 experiments from over 3000 students to space. Four more packages, starting with the Aria-5, are planned for the next few years. Akoya Washington University is teamed with Santa Clara University to develop Project Aria's next satellite, Akoya. Akoya is one of twelve Air Force Nanosat-3 satellite projects. Akoya is a small (~20kg) satellite that will provide a platform for a variety of satellite projects. One of these satellite projects is to serve as the the mothership for Kyushu University's tethered satellite project

73. Wash U: Project Aria: About through the analysis, design, manufacture, launch, and operations of variousspacerelated projects including spacecraft and space technology projects. http://www.aria.seas.wustl.edu/descrip.htm

About Project Aria About People Sponsors, Partners, and Participants Projects ... Links Logon Contact The goals of Project Aria are: Promote Technical Education: Promote Science, Engineering, and Technology in K-12 Grade Encourage Local Students to Enter Technical Fields Encourage Women and Minorities to Enter Technical Fields Expand the Base of Technical Workers Research and Develop Low-Cost Space Engineering and Science Technology A second K-12 program, the AHAB project, will start in the fall of 2002. This program will allow students to fly experiments to the edge of space (100,000+ feet) via a high-altitude balloon. Activities will include tracking the balloon flight via the Internet and gathering pictures during the flight. The long-term goal of Project Aria is to build and operate a student-focused deep space probe which will allow K-12 students all around the world to participate in space exploration. This probe will be designed, built, and operated by university and K-12 students for the benefit of student education and research participation. Each mission within Project Aria both stands-alone and contributes to this long-term goal. In the end, it is expected that thousands of students participate.

74. The Defense Advanced Research Projects Agency The Defense Advanced Research projects Agency's Special projects Office (DARPA/SPO)is conducting the Innovative spaceBased Radar technology (ISAT) Program http://www.darpa.mil/baa/PRDA-01-13-IFKPA.htm

Due to the possibility of transcription errors, the official printed CBD announcement takes precedence over this transcription in any disagreement between the two. The transcription is provided for your convenience only. INNOVATIVE SPACE-BASED RADAR ANTENNA TECHNOLOGY (ISAT) SOL PRDA-01-13-IFKPA DUE 123001 POC James P. Ryan, LPM, 315/330-4851 and Joetta Bernhard, Contracting Officer, 315/330-2308 WEB: Click here for any additional information., http://www.fedbizopps.gov . E-MAIL: Click here to contact the Contracting Officer., Joetta.Bernhard@rl.af.mil . POC: James P. Ryan , Laboratory Program Manager, 315-330-4851 ( james.ryan@rl.af.mil ) and Joetta A. Bernhard, Contracting Officer, 315-330-2308; ( Joetta.Bernhard@rl.af.mil james.ryan@rl.af.mil www.if.afrl.af.mil/div/IFK/prda /prda-main.html www.if.afrl.af.mil/div/IFK/bp-guide.html . All responsible organizations may submit a proposal which shall be considered. Proposers are warned that only Contracting Officers are legally authorized to commit the Government. Posted 07/30/01 (W-SN50T3T0). (0211) SPONSOR: AFMC, Air Force Research Laboratory/IFK, 26 Electronic Parkway, Rome, NY 13441-4514

75. NASA - Space Research - Advanced Human Support Technology Program Advance Human Support technology Program Elements. The AHST Program is comprisedof three projects Advanced Life Support (ALS), space Human Factors Engineering http://spaceresearch.nasa.gov/research_projects/ahst.html

writeCSS('/common/css/iestyles_research_projects.css'); Research Themes Programs Research Opportunities Missions ... Research Plans Advanced Human Support Technology Program Advanced Human Support Technology Biomedical Research/Countermeasures Biomolecular Physics/Chemistry Biotechnology/Earth-based Applications ... Space Product Development The Advanced Human Support Technology (AHST) program performs research and technology development to provide new technologies and next-generation systems that will enable humans to live and work safely and effectively in space. Special emphasis is placed on those technologies that will have a dramatic impact on the reduction of required mass, power, volume, crew time, and increased safety and reliability. Advance Human Support Technology Program Elements The AHST Program is comprised of three projects: Advanced Life Support (ALS), Space Human Factors Engineering (SHFE), and the Advanced Environmental Monitoring and Control (AEMC). Advanced Life Support The goal of the ALS project is to develop regenerative life support systems directed at supporting NASA's future long-duration missions. Such missions could last from months to years and make re-supply impractical, thereby necessitating self-sufficiency. Thus, subsystems must be developed to fully recycle air and water, recover resources from solid wastes, grow plants for food, process raw plant products into nutritious and palatable foods, control the thermal environment, while reducing the overall system mass. ALS systems will be a combination of physico-chemical and biological components depending on the specific mission requirements. For example, it is anticipated that ALS systems used for a planetary transit vehicle will be primarily physico-chemical. More complex systems using biological elements would be used on planetary bases where it would uneconomical to have resupply.

76. NASA/Goddard Projects And Organizations Office 304 Software Assurance technology Office (SATO 400 - Flight Programs ProjectsDirectorate. 400.1 Preparatory Project. 440 - Hubble space Telescope (HST http://www.gsfc.nasa.gov/gsfc_orgpage.html

NASA's Goddard Space Flight Center Alphonso V. Diaz, Director The Goddard Space Flight Center seeks to expand our knowledge of the Earth and its environment, the solar system and the universe through observations from space. See Goddard Space Flight Center's mission Directions to GSFC Info on Goddard's Visitor Center Public Services and Information ... Information Science and Technology Colloquia (GSFC access) Goddard Employees Welfare Assoc. Goddard Educational Programs Attention Goddard staff: See the Goddard Internal Web Page . (GSFC only access) See the Goddard's Changing Workforce Website . (GSFC only access) See also the announcement regarding use of the NASA Insignia Note: Web site addresses are subject to change. Please contact the curator to report updates or broken links. 100 - Office of the Director Chief Information Officer (CIO) Office of Human Resources Workforce Planning Office Human Resources Operations Office ... Office of Public Affairs 130.3 - Education Officer 130.4 - Wallops Office of Public Affairs

77. ADVANCED TECHNOLOGY DEVELOPMENT '96 Imaging Velocimetry (LeRC). Current 1996 ATD projects Advanced Heat Pipe Technologyfor Furnace space Bioreactor Bioproduct Recovery System (JSC); Surface http://mgnews.msfc.nasa.gov/ATD/ATDtoc.html

ADVANCED TECHNOLOGY DEVELOPMENT 1996 ATD Main Page ATD: A Prerequisite for the Future Microgravity Technology Development Goals Scope of Projects ... Surface Fluctuation Spectrometers (LeRC) Detail of 1996 ATD Projects: Robert Chave , Jet Propulsion Laboratory Low-Temperature Magnetostrictive Smart Actuator Mechanisms Objectives Method ATD Program Description ... Peter Curreri , Marshall Space Flight Center Advancement of Solidification Processing Through Real-Time X-Ray Microscopy Objectives Method ATD Program Description ... Donald Gillies , Marshall Space Flight Center Advanced Heat Pipe Technology for Furnace Element Design in Spaceflight ApplicationsObjectives Objectives Method ATD Program Description ... Steve R. Gonda , Johnson Space Center Space Bioreactor Bioproduct Recovery System Objectives Method ATD Program Description ... Paul Greenberg , Lewis Research Center Microgravity Combustion Diagnostics Objectives Method ATD Program Description ... Ulf Israelsson , Jet Propulsion Laboratory High-Resolution Pressure Transducer and Controller Objectives Method ATD Program Description ... Kirk Logsdon , Lewis Research Center Free-Float Trajectory Management Objectives Method ATD Program Description ... John McQuillen , Lewis Research Center Passive Free-Vortex Separator Objectives Method ATD Program Description ... William Meyer , Lewis Research Center Surface Fluctuation Spectrometers Objectives Method ATD Program Description ... Ben Ovryn , Lewis Research Center Laser Feedback Interferometer Objectives Method ATD Program Description ... Marc Pusey , Marshall Space Flight Center

78. Spinoffs And Technology Transfer--Perspectives Despite the efforts of programs such as NASA's technology Utilization Program, manypeople do not There is a constant battle about funding for space projects. http://www.seds.org/technology/perspectives.shtml

Home Introduction Spinoffs Perspectives ... Credits Comments Statistics Survey Click Here to visit a random spinoff! 4.0 Perspectives Despite the efforts of programs such as NASA's Technology Utilization Program, many people do not recognize the impact nor importance of the space program on their lives. There is a constant battle about funding for space projects. People always are concerned about spending dwindling tax dollars wiselyis the large amount of spending that goes towards the space program really neccessary, or is it just frills? The general concensus is best communicated by a quote from Frederick Ordway about the space race to the moon: Were a few pounds of lunar rock and soil samples, together with photographs, seismographic readings, and other scientific data and the thrill of seeing men walk on the moon really worth it? The concern that people have is valid. Most of the concern that people express is in relation to the large amount of dollars that go into the program. While the amount of money that goes into the space program is indeed large, it is still a relatively small piece of the pie. During the height of the American Space program in the 1960's, only 2.5% of all federal expenditures went towards the space program, amounting to a sum of 40 billion dollars. While this amount is indeed a large sum of money, consider that at the same time people spent 10 billion dollars on hair styling and cosmetics and another 6.5 billion on alcohol alone

79. Floating Point Technology - Software Projects @ ESTEC software projects @ estec. European space Research technology Centre Noordwijk,HollandESTEC, the European space technology Research Centre, is a part of http://www.fptech.co.uk/porfolio/software-estec.php

software projects @ estec infrared space observatory soc (1994) We provided services for their 5-man team developing the "Mission Planning Phase One" (MPP1) software system for the Infrared Space Observatory (ISO), launched in November 1995. MPP1 was used to help plan ISO's mission in space by scheduling space observations efficiently and effectively. It was developed in C & C++ under Ultrix (UNIX) running on a DEC network. Our tasks included programming in C and using Raima Data Manager (DB Vista), testing software and writing documents, e.g. software requirements and architectural design, system test plans and reports. mpp1 import export module The Import Export module is part of MPP1 software designed to handle transfer of mission planning files between MPP1 and other external systems. We implemented existing requirements in C as back-end library of functions callable by the MPP1 software. We also wrote STP (software test plan) and UNIX test script programs mpp1 sso table generator Our work concluded with an implementation in C, including internal self-test functions to supplement the subsequent testing phase.

80. NASA Ames Pulse Tube Technology Home Page Branch of the space projects Division at NASA Ames Research Center has set up thispage to disseminate the latest information on pulse tube cooler technology. http://irtek.arc.nasa.gov/pulsetube.html

A  B  C  D  E  F  G  H  I  J  K  L  M  N  O  P  Q  R  S  T  U  V  W  X  Y  Z

Page 4     61-80 of 109    Back | 1  | 2  | 3  | 4  | 5  | 6  | Next 20