
Profile Digital Video Platforms Broadcast Images From Ocean Depths
And NASA Space Center
Broadcasts Focus on Work of JASON XI Host Researchers and Argonauts
at Aquarius Underwater Habitat and NASA's Johnson Space Center
NEVADA CITY, Calif., March 16, 2000
From the beginning of time, children have been asking Why? And once
a year, the JASON Project, the brainchild of world-famous explorer and
oceanographer Dr. Robert Ballard, attempts to answer their questions. From
February 28 through March 10, Dr. Robert Ballard's dream of sharing the
wonder of scientific exploration and discovery became a reality for the
eleventh time as the JASON Project's use of interactive learning
transported students from the Aquarius Underwater Laboratory in the
Florida Keys to NASA's Johnson Space Center.
Focusing on the interaction of basic physical and life science systems
as a framework to understand what is essential for life to exist and
propagate, the JASON Project provides students worldwide with the
experience to study oceans and space in new and exciting ways. This
year's project researched the extremes of sea and space by comparing the
International Space Station and the Aquarius Underwater Laboratory.
The Grass Valley Group, known for exciting technological advances in
hardware and software solutions, today announced the loan of three
Profile® digital video platforms to
the JASON Project. The JASON Project used the Profile platforms as the
sole source of on-air playback for a variety of live, interactive one-hour
educational programs broadcast from its research sites at the NASA-Johnson
Space Center in Houston, Texas and at the Aquarius underwater
habitat in Key Largo, Fla. 750,000 students from the United States,
Mexico, Australia, Bermuda, the United Kingdom, and other parts of Europe
experienced the broadcastsresearch sites at JASON Project to broadcast the
NASA-Johnson Space Center in Houston, Texas.
This year's JASON Project broadcasts focused on the work of the JASON
XI Host Researchers and Argonauts, two multi-disciplinary teams of
scientists engaged in research at the Houston and Key Largo sites. During
the broadcasts, students had the opportunity to ask questions of
researcherseven to assist them with their work. During one segment, for
example, students assisted scientists in collecting data about the
condition of corals at Conch Reef off the Florida Keys. In addition to
its live programming broadcasts programming, the JASON Project featured
six Expedition Science Spotlight (ESS) broadcasts. Each 10-minute ESS
program focused on a specific expedition topic, such as the challenges of
living and working in a space suit and the metabolism of a coral reef.
"The Grass Valley Group's generous loan of Profile digital video
platforms was instrumental in the success of this high-tech form of
education. The Profiles allowed us to have one operator randomly access
video clips for eight different channels to supply the three simultaneous
program feeds that were sent to the downlink sites. Doing this with tape
machines would have been extremely difficult and hard to manage," said
Scott Munro, president of Media Arts, the production company for the JASON
Project.
"The JASON Project can only use the highest-quality equipment. That's
why it's so important that advanced leaders such as the Grass Valley Group
be involved," said Tim Armour, executive director of the JASON
Project.
The JASON Project has its roots in discovery. After locating the wreck
of the RMS Titanic, Dr. Ballard received thousands of letters from
students around the world wanting to go with him on his next expedition.
To excite and engage them in science and technology and to motivate and
provide professional development for their teachers, Dr. Ballard formed
the JASON Project. A year-round educational experience, the JASON Project
is supported by extensive professional development for teachers and
award-winning interdisciplinary curricula. Resources on the Internet (www.jasonproject.org) let students collect data and
collaborate with peers around the world to form hypotheses. The Project
culminates with two weeks of live, interactive satellite broadcasts from
expedition sites, letting students question researchers and operate
scientific equipment from thousands of miles away.
"The Grass Valley Group believes in the importance of using the most
advanced teaching methods and technologies for today's students," said Tim
Thorsteinson, president and chief operating officer of the Grass Valley
Group. "We are proud to be able to provide the Profile digital video
platform as the sole source for on-air playback of the daily JASON Project
broadcasts."
Widely regarded as the cornerstone of the transition to digital
content creation and distribution, the Grass Valley Group's Profile
digital media platform line is also the industry's most open, supporting
JPEG, MPEG, DVCPRO, and HD formats today and MPEG Transport Streams (MTS)
in the future. The Profile family includes the recently introduced
Profile XP Media Platform, a portal for rapid access, management, and
distribution of video, audio, and data assets that maintains the
broadcast-quality video and audio for which the Profile video server line
is known.
The Grass Valley Group is a privately held digital broadcast and video
company at the forefront of the transition to digital transmission and
video content production and has more than $2 billion of equipment
installed worldwide. Whether it's distributing video over the air, through
digital broadcast facilities and across standard data networks, or
providing the industry's best video storage and production products, the
Grass Valley Group has the digital solutions for the world's media
marketsfrom broadcasting and digital cinema to Webcasting and Xtreme
retailing. Its product lines include the Emmy® award-winning Profile digital video platform,
Emmy-award winning Grass Valley switchers, and Grass Valley router and modular lines.
For the latest Grass Valley Group product information, see
www.grassvalleygroup.com.
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