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To: Urlman who wrote (212)7/21/2000 5:29:17 PM
From: Savant  Respond to of 6008
 
Increased speed of light article through an excited medium..Nature..
nature.com



To: Urlman who wrote (212)7/24/2000 11:38:11 AM
From: Savant  Respond to of 6008
 
Work in progress on 5 qubit quantum computing. (more)
Cool Chips are "Hot" at Hot Chips 2000; Conference at Stanford to Showcase

Cutting-Edge Microprocessor Chip
Technology

Business Editors/High Tech Writers

PALO ALTO, Calif.--(BUSINESS WIRE)--July 24, 2000--A number of
cool microprocessor chips will make their appearance at the Hot Chips
2000 conference (www.hotchips.org), on Aug. 13-15, 2000 at Stanford
University. Hot Chips is sponsored by the IEEE Computer Society,
Hewlett-Packard, 3Com, Compaq, and Morgan-Kaufman Publishers. The
conference, which focuses on real products and technology, features
presentations that include:

-- Intel giving the first glimpse of the Itanium processor core,
the first IA-64 processor addressing e-Business,
visualization, computation and multimedia through it's 64-bit
architecture and enhanced instruction handling;
-- IBM's Memory eXpansion Technology (MXT), which can double a
computer's memory capacity. This will appear first in IBM's
Netfinity line of servers early next year;
-- IBM researchers will discuss the challenges of building the
world's first five-qubit quantum computer, designed to crunch
complex algorithms using atoms that act as the computer
processor and memory;
-- Two presentations by Transmeta on their new Crusoe(tm)
processor and the unveiling of a new model in this family of
processors. "Crusoe" runs cool because of low power
consumption, but maintains high performance and full x86
compatibility for use in Mobile Internet Computing;
-- Alchemy's Au1000(tm) Internet Edge Processor, a
system-on-a-Chip (SOP)based on the MIPS32 (tm) instruction
set; which can run on a flashlight battery;
-- A presentation by Texas Instruments on the newest extensions
to their venerable c64x DSP architecture, designed to increase
performance for broadband communications and imaging
applications.

"This year's program showcases cutting-edge chip technologies in
networking, communications, quantum/molecular computing, and high
performance, low power computing. This conference allows both
developers and engineers to examine the next generation of
microprocessors," said Bill Dally, program chair for Hot Chips 2000.
The keynote speakers are Professor William Kahan from U.C.
Berkeley who will discuss Marketing vs. Mathematics and Andrew Viterbi
from the Viterbi Group. Kahan will also receive a special award from
the IEEE for his contributions to the floating point standard, which
is used in the largest to the smallest computers.
Other presenters include presenters from industry leaders such as
Cisco, IBM, Intel, Texas Instruments, Stanford University, Sun
Microsystems, Alchemy, C-Port, EmpowerTel Networks, NuCORE, Quarc,
SiByte, Silicon Access, Switchcore, SwitchOn, Texas Instruments,
Transmeta, University of Manchester, The Viterbi Group, and Vitesse.
A major trend this year will be network-oriented processors, with
three full sessions of papers, and a tutorial. There are also sessions
on quantum/molecular computing, low power, high performance computing,
and research processors. In addition to the network processor
tutorial, there will be an Infiniband tutorial, discussing the next
generation of processor interconnect. An evening panel session will be
discussing the timely topic of startups: Start-ups Versus Established
Companies: The Best Way to Innovate.
The conference attracts engineers, technology consultants, media,
academia, venture capitalists, and high tech marketers who are
interested in keeping up with the hottest chips in Silicon Valley.
Registration fees for the Hot Chips conference are $75 for
students, $200 for IEEE/ACM members, and $275 for non-members who
register in advance.
For more information, please contact Vicky Markstein, Publicity
Chair, at 650-851-4588 or via email at vicky@SilverMark.net.

--30--eb/sf*

CONTACT: Silicon Valley P.R.
Lynn Macias, 650/583-4923
svpr.com

KEYWORD: CALIFORNIA
INDUSTRY KEYWORD: HARDWARE NETWORKING TELECOMMUNICATIONS
PRODUCT

Today's News On The Net - Business Wire's full file on the Internet
with Hyperlinks to your home page.
URL: businesswire.com




Jul-24-2000 15:19 GMT
Source BW Business Wire



To: Urlman who wrote (212)7/25/2000 3:47:35 PM
From: Savant  Respond to of 6008
 
Hey, Hal..
Human-Computer Interaction Gets a Helping Hand, Eye and Voice Research Moves Tow

/FROM PR NEWSWIRE WASHINGTON DC 202-347-5155/
TO NATIONAL, TECHNOLOGY AND SCIENCE EDITORS:

Human-Computer Interaction Gets a Helping Hand, Eye and Voice
Research Moves Toward More-Natural Communication With Computers

ARLINGTON, Va., July 25 /PRNewswire/ -- Computers are one step closer to
"understanding" people, thanks to progress in human-computer interaction
research at Rutgers University funded by the National Science Foundation (NSF)
Directorate for Computer and Information Science and Engineering.
Keyboard and mouse inputs suffice for many users and PC applications. But
NSF-funded researchers in a project called STIMULATE are developing systems
that mimic other forms of communication that humans use to interact with each
other, including eye contact, gestures, touch and voice. The experimental
hardware and software may find uses in medicine, the military, disability
resources and other fields. NSF funding is about $780,000 for three years.
Computer scientists and electrical engineers at Rutgers have designed
Multimodal Input Manager (MIM) hardware that simultaneously receives speech,
gaze and tactile signals. Then special software called Fusion Agent
assimilates the complex inputs so the computer may respond to subtle signals
that humans routinely use to communicate with one another.
A pneumatic "force-feedback" glove, patented by Rutgers, weighs less than
three ounces and reads gestures by detecting fingertip positions relative to
the palm. It lets the user point at the computer screen, overriding signals
from a gaze-tracking camera.
Whereas other gaze trackers require cumbersome headpieces, the MIM's
gimbal-mounted unit sits on the desktop and rotates to detect where the user
is looking. After a 10-second initial calibration of the infrared detectors,
the user can direct a cursor just by looking at a section of the computer
screen.
"While we don't foresee that the keyboard and mouse will become obsolete
anytime soon," said STIMULATE project leader James Flanagan, "MIM technology
opens possibilities for improving current computer applications and for
developing entirely new ones that require more-refined modes of human-computer
interaction."
The software even detects lip movement to steer a microphone array for use
in high-noise environments. For groups of users, the array can home in on the
vocal source, even if the person speaking moves around the room.
MIM users at multiple locations can simultaneously interact with each
other in a unified, 3D-work environment. Using the Java programming language,
the project also produced new cWorld (for Collaborative World) software that
lets teams of users construct those virtual environments.
"Human-computer interaction like STIMULATE is a major thrust of NSF's new
Information Technology Research (ITR) program," said Michael Lesk, who
oversees the $90 million ITR initiative in fiscal year 2000. "This is the kind
of risk-taking project where success is not guaranteed but potential benefit
is enormous." Lesk also noted the participation of 22 graduate students and 15
undergraduates in the project.
The MIM has been tested by medical doctors for analyzing images of blood
samples, X-rays and MRI tests. A physician can use the tactile, voice-
recognition and eye-tracking inputs to rapidly separate distinct image
characteristics, then vocally query the database for samples that match.
Another field test of the MIM hardware was a disaster-relief simulation
involving Army National Guard officers at Fort Dix, New Jersey. By using the
STIMULATE system to interact with remote staff, a command officer was able to
rapidly process 2D and 3D representations of logistical, personnel and
equipment data. Due to the unsuitability of a keyboard and mouse, these tasks
are presently handled with voice-only communications, and data are plotted
using acetate map overlays and grease pencils.

For illustrations of STIMULATE, see:
nsf.gov

SOURCE National Science Foundation

/CONTACT: Tom Garritano of the National Science Foundation, 703-306-1070,or
email: tgarrita@nsf.gov/

/Web site: nsf.govhttp://
nsf.gov

Jul-25-2000 19:44 GMT
Source PRN PR NewsWire
Categories:
NWR/VA NWI/CPR NWS/EXE



To: Urlman who wrote (212)7/29/2000 11:00:38 PM
From: Savant  Read Replies (2) | Respond to of 6008
 
Webcast list
BB's website has a list of "webcast" stations -- some of which are delayed...

bobbrinker.com