NetNews Usenet Archive 1992 #27/NN_1992_27.iso/spool/comp/ai/vision/40

Internet Message Format | 1992-11-17 | 52.0 KB

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From: [e-mail] (Vision-List moderator Phil Kahn)
Newsgroups: comp.ai.vision
Subject: VISION-LIST digest 11.39
Message-ID: <[e-mail]>
Date: 16 Nov 92 19:49:35 GMT
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VISION-LIST Digest    Mon Nov 16 11:49:35 PDT 92     Volume 11 : Issue 39

 - VISION LIST WILL SOON BE MOVING SITES: stay tuned for more info
 - Send submissions to [e-mail]
 - Vision List Digest available via COMP.AI.VISION newsgroup
 - If you don't have access to COMP.AI.VISION, request list
   membership to [e-mail]
 - Access Vision List Archives via anonymous ftp to FTP.ADS.COM

Today's Topics:

 NIST Image Recognition Group anonymous ftp site
 Automatic face recognition
 Refs on wire detection
 Facial scanning
 SharpImage Software Releases Public Domain HIPS Software
 B-Spline Least Squares Fitting
 Summary of lens calibration techniques
 Need source code for filters
 Apple Mac - Image Processing Information Request
 PostDoc Position
 Lectureship in Computer Science
 Research Fellow in Stereo Vision
 CFP: IEEE Workshop on Qualitative Vision
 IEEE Workshop on Applications of Computer Vision
 CFP: Second Conference on Optical 3-D Measurement Techniques
 CFP: Conference on Understanding Images
 Announcement and CFP Vision-21 Symposium
 Short Course on MPEG Compression
 FTP TR: Combining Shape from Shading and Stereo Using Human Vision Model
 IEEE PAMI and GRS collection -- Free to good home

----------------------------------------------------------------------

Date: Fri, 13 Nov 92 11:01:03 EST
From: R. Allen Wilkinson x3383 <[e-mail]>
Organization: National Institute of Standards and Technology
              formerly National Bureau of Standards
Subject: NIST Image Recognition Group anonymous ftp site

   The Image Recognition Group at NIST (National Institute of
Standards and Technology) is proud to announce the openning of an
anonymous ftp site.  This site contains loads of valuable information.
For example a database of hand written characters, descriptions of CD
databases available from NIST, many reports and papers published by
the group are available.

Sitename: sequoyah.ncsl.nist.gov
Internet number: 129.6.61.25
FTP Login name: anonymous
FTP Login password: {your username}@{your machine name}
   The above is also known as you e-mail address :-)

   Here are some simple instruction on how to get items from the site.
An actual ftp section is shown with my instruction to you indented.
The other lines are what happenned on the screen during the section.

your_prompt> ftp sequoyah.ncsl.nist.gov
Connected to sequoyah.ncsl.nist.gov.
220 sequoyah FTP server (Version 6.9 Tue Sep 15 09:08:56 EDT 1992) ready.
Name (sequoyah:your_username): anonymous
   You type "anonymous".
331 Guest login ok, send e-mail address as password.
Password:
   You type in your e-mail address.
230 Guest login ok, access restrictions apply.
ftp> binary
   You type "binary".  This sets the transfer in non-ASCII mode.
   If you do not do this the files may get corrupted!
200 Type set to I.
ftp> prompt
   You type "prompt".  This turns off the interactive mode.  You can now get
   multiple files without being prompted.
Interactive mode off.
ftp> ls
   You type "ls".  This will show you the contents of the current directory.
200 PORT command successful.
150 Opening ASCII mode data connection for file list.
bin
etc
incoming
pub
226 Transfer complete.
25 bytes received in 0.0069 seconds (3.5 Kbytes/s)
ftp> cd pub
   You type "cd pub".  This is the directory which contains the files you
   can download.
250-Please read the file README
250-  it was last modified on Fri Nov  6 10:02:50 1992 - 7 days ago
250 CWD command successful.
ftp> ls
   You type "ls".  This will show you the contents of the current directory.
200 PORT command successful.
150 Opening ASCII mode data connection for file list.
NISTIR
README
SRD
preprints
data
226 Transfer complete.
38 bytes received in 0.0066 seconds (5.7 Kbytes/s)
ftp>

   From here you need to "cd" to the directory which contains the
files you want then use "get" any one file or "mget" multiple files.
"mget *" will get all the files in the directory.  When you are done
"quit" will exit ftp.

   This is a rough explanation of using ftp.  Please consult your
system administrator on how to use ftp if you don't know how.  If you
have any problems with the NIST site let me know.  I will do all I can
to help.

   This is a growing site.  Periodically new publication and data will
be posted here.  Stop by and check it for new items if we are working
on things you are interested in.

Enjoy,

R. Allen Wilkinson
NIST
Bldg 225 Rm A216
Gaithersburg, MD 20899
[e-mail]

------------------------------

Date: Wed, 4 Nov 92 12:51:29 EST
From: [e-mail] (Patricia Bedard)
Subject: Automatic face recognition

     I am preparing a survey on research in AUTOMATIC FACE RECOGNITION.

     To this end, I am collecting references on the state of the art in
     face localization and face recognition.  Any information or reference
     on the subject would be greatly appreciated.

     Please reply by email to [e-mail].  I will be happy
     to summarize if there is an interest.
     Thanks in advance!

Patricia J. Bedard       ([e-mail])
Courant Institute of Mathematical Sciences
New York University
New York, NY, 10012  U.S.A.

------------------------------

Date: Thu, 5 Nov 92 13:48:27 +0100
From: [e-mail] (Lex Toet)
Subject: refs on wire detection

I would appreciate references on the detection of (telegraph or voltage)
wires in e.g. visual, FLIR, or intensified imagery.


Dr. A. Toet
TNO Institute for Perception
Kampweg 5
3769 DE Soesterberg
The Netherlands
e-mail [e-mail]

------------------------------

Date: Mon, 16 Nov 92 10:26:40 GMT
From: [e-mail] (jeremy nicholls)
Organization: Nyx, Public Access Unix @ U. of Denver Math/CS dept.
Subject: facial scanning

    Could anyone point me in the right direction for this problem. I am
working on a fractal video compression system, which is aided by interframe
differencing. The image is divided up into a grid of squares, 22x18 of them. To
aid the efficient transmission of blocks I need a priority queuing scheme.

    One system of priority checking I have decided to use is a block
coordinate based system. That is, the mouth and eyes have most priority, as
this system is to be used as a video-phone. So what I am after is reports,
theses, papers etc on how the average, if there is such, person scans another
face when in conversation. Such things as what order and with what frequency
are needed.

Any help will be greatly appreciated.
Could all replies be emailed to [e-mail] or [e-mail]
as I don't get that much time to read usenet.

Jez.

------------------------------

Date: Wed, 4 Nov 92 14:35:53 PST
From: Michael Landy <[e-mail]>
Subject: SharpImage Software Releases Public Domain HIPS Software

A public-domain package is now available for reading and writing images
in a format compatible with the HIPS software for image processing.
This package includes routines for reading and writing the standard
image header which precedes every image in HIPS format (both in the
original HIPS-1 format, and in the format written by HIPS-2 programs in
the 2nd release of HIPS of Fall 1991).  The intent of this package is
to make it possible for programmers who are not HIPS users to be able
to read and write HIPS files and to write programs (such as image
format conversion programs) which are not dependent upon ownership of a
HIPS license.

To acquire the public domain HIPS header routines via anonymous ftp:
    ftp desdemona.cns.nyu.edu    ****or****    ftp 128.122.154.48
    Name (desdemona.cns.nyu.edu:yourname): anonymous
    331 Guest login ok, send ident as password.
    Password:<type your email address as the password>
    ftp> cd pub
    ftp> binary
    ftp> get hipspub.Z
    ftp> quit

    uncompress hipspub
    tar xvf hipspub

This creates a directory called `pub' in your current directory.  Then,
read the files pub/README and pub/README_INSTALL for further instructions.

HIPS itself is a general package for image processing which runs under
the UNIX operating system.  It handles sequences of images (movies) in
precisely the same manner as single frames.  Programs have been
developed for simple image transformations, filtering, convolution,
Fourier and other transform processing, edge detection and line drawing
manipulation, pattern recognition, digital image compression and
transmission methods, noise generation, and image statistics
computation.  Over 200 such image transformation programs have been
developed.

For more information on HIPS, contact:

Michael Landy            [phone]
SharpImage Software        ...!cmcl2!xp!msl
P.O. Box 373            [e-mail]
Prince Street Station        However, through June, 1993: [phone]
New York, NY  10012-0007

HIPS is distributed in Europe by:

The Turing Institute        [phone]
George House            [e-mail]
36 North Hanover Street        Fax: [phone]
Glasgow G1 2AD
United Kingdom

------------------------------

Date: Mon, 2 Nov 92 16:43:24 GMT
From: [e-mail]
Subject: B-Spline Least Squares Fitting

I was wondering if anyone could refer me to any publications on
the topic of a least squares B-Spline fitting method.

I am trying to collect a selection of routines for detecting parallelism
and symmetry in curved segments extracted from an edge image.

    Thanks, Paul

Mr P.D. Hoad BEng AMIEE               | Phone: [phone]
V.S.S.P. Group                        | Office Ext: 2312
Dept. of Electronic Engineering       | Lab Ext   : 2311
University of Surrey                  | Home Phone: [phone]
GUILDFORD                             | Email:  [e-mail]
SURREY                                    | PostCode:GU2 5XH
ENGLAND

------------------------------

From: [e-mail]
Date: Wed, 11 Nov 92 16:48:41 GMT
Subject: Summary of lens calibration techniques


Some time ago I circulated a call for references about how to
measure/compensate for lens distortion in cameras.
I am now posting a list of the references I have gathered.

Thanks to all the contributors. Futher refs/practical hints still welcome!

Manuel


Dr. Emanuele Trucco                     Research Fellow

Dept. of Artificial Intelligence  | Email: [e-mail]
University of Edinburgh          | Tel.:    [phone]
5 Forrest Hill, Edinburgh,      |   (Vision Lab)  650.4504
EH1 2QL,              | FAX:     [phone]
SCOTLAND              | TELEX:   727442 UNIVED G


[From [e-mail]]

Thacker and Courtney: Online Stereo Camera Calibration,
    AIVRU Internal Memo 62.

Thacker and Mayhew: Optimal Combination of Stereo Cmaera Calibration
    from Arbitrary Stereo Images,
    Image and Vision Computing vol 9, 1991, pp. 27 -- 32

Weng, Cohen and Herniou: Calbration of Stereo Cameras Using a Non-Linear
    Distortion Model, Proc. 10th IEEE Conf. Patt. Rec., 1990, pp 246-253

Courtney, Thacker, Brown: A Hardware Architecture for Image Rectification
    and Ground Plane Obstacle Detection,
    Proc. 11th IEEE Conf. Patt. Rec., vol 4, 1992.

[From [e-mail]4]

D.C.Brown: Decentering Distortion of Lenses, Photometric Engineering,
    vol.32, n.3, 1966, pp. 444-462

   -    : Close-Range Camera Calibration, same journal, vol 37 n 8,
    1971, pp. 855 - 866

J. Fryer and D. Brown: Lens Distortion for Close-Range Photogrammetry,
    Photometric Engineering and Remote Sensing, vol 52 n 1, 1986,
    pp. 51 - 58.

[I found very interesting to read the following:]

Russell Andersson: A Robot Ping-Pong Player, MIT Press, 1988,
    Chapter 4, pp. 49-53

R.Y. Tsai: A Versatile Camera Clibration Technique for High-Accuracy
3D Machine Vision Metrology Usinf Off-the-Shelf TV Cameras and Lenses,
IEEE Trans. Rob. Aut., vol RA-3, 1987, pp. 323 - 344

Lenz and Tsai: Techniques for CValibration of the Scale Factor and
Image Center for High Accuracy 3-D Machine Vision Metrology,
IEEE Trans. PAMI, vol 10 n 5, 1988, pp 713 - 720

Lenz and Tsai: Calibrating a Cartesian Robot with Eye-in-Hand Configuration
Independent of Eye-to-Hand Relationship,
IEEE Trans. PAMI, vol 11 n 9, 1989, pp 916 - 928

[A very detailed but rather complicated outline of the aberration theory:]

A.E. Conrady: Applied Optics and Applied Design, Dover Publications inc,
    NY, 1957.

------------------------------

Date: 15 Nov 1992 23:55:24 GMT
From: [e-mail] (Siddharth Behera)
Organization: University of Nebraska--Lincoln
Subject: Need source code for filters

Hi,
    I am looking the source code for the following 2 edge detectors:
1.  Canny's edge operator
2.  Deriche's fast algorithm for low-level vision
I will appreciate if someone can let me know from where I can get the source
code for the filters.

thanks, siddharth behera
email: [e-mail]
       [e-mail]

            Siddharth  Behera
            115, Ferguson Hall
            Dept. of Computer Science
            Lincoln, NE - 68588-0115

------------------------------

Date: Thu, 5 Nov 1992 09:35 GMT
From: [e-mail]
Subject: Apple Mac - Image Processing Information Request

I require information on any image processing packages that will run on
an Apple Mac and that is compatible with System 7. The package must also
be able to handle Apple Events.

Thanking you in advance for your cooperation.

Regards,
Paul Whelan
Advanced Vision Systems Group
School of Electronic Engineering
Dublin City University
Glasnevin
Dublin 9
IRELAND

Ph:           [phone]
Fax:          [phone]
Email:        "[e-mail]"

------------------------------

Date: Sun, 15 Nov 92 12:48:50 +0200
Subject: PostDoc Position
From: Michael Werman <[e-mail]>

Computer Vision Lab
Inst. of Computer Science
The Hebrew University of Jerusalem

We have a postdoc position for the 1993/94 academic year, to participate
in our work in computer vision.

The lab consists of three faculty members (S. Peleg, D. Weinshall, M. Werman),
about ten graduate students, numerous workstations, cameras, robots and other
sensing devices.

Please apply by December 1, 1992, preferrably by E-Mail, to:

   Michael Werman
   Inst. of Computer Science
   The Hebrew University
   91904, Jerusalem
   Israel

   e-mail  [e-mail]

------------------------------

Date: Wed, 11 Nov 92 10:10:36 +0000
From: Barry Thomas <[e-mail]>
Subject: Lectureship in Computer Science

UNIVERSITY OF BRISTOL
Department of Computer Science


Applications are invited for a Lectureship in Computer Science now tenable.

FURTHER PARTICULARS

The Department is part of the Faculty of Engineering.  It has a complement of
eighteen full-time UFC-funded staff members, together with a further twelve
full-time outside-funded staff, and two Visiting Industrial Professors:
Professor J. M. Taylor (Director, Hewlett-Packard Research Laboratories,
Bristol) and Professor I. M. Barron.  There are three Professors in the
Department: Professor M. H. Rogers, who is Head of Department, and Professors
J. W. Lloyd and D. H. D. Warren.

The Department has substantial research funding from ESPRIT, SERC, industry and
government.

The Department concentrates its research in three main areas:

Logic Programming
Parallel Computing
Machine Intelligence (including Computer Vision and Speech Processing)

although a number of other topics are also being pursued.

For this appointment, we are looking for a strong candidate in any area of
Computer Science, although preference will be given to candidates with research
interests in Parallel Computing or Machine Intelligence.   We are particularly
looking for candidates whose interests will broaden and complement our current
work in these areas.

Current work in Parallel Computing covers a range of areas, including parallel
logic programming systems and languages, memory organisation for multiprocessor
architectures, shared data models for transputer-based systems, and parallel
applications especially for engineering problems and computer graphics.  We are
seeking to broaden and strengthen this research.  Candidates with a strong
background in computer architecture would be particularly welcome.

Current work in Machine Intelligence centres mainly on Computer Vision and
Speech Processing.  One major project in Computer Vision is the development of
an autonomous road vehicle, based on real-time image analysis.  Other research
projects in Computer Vision include vehicle number plate decoding, aircraft
engine inspection, and visual flow monitoring. Current work on Speech
Processing within the Department concentrates on speech synthesis, but the
Faculty supports a Centre for Communications Research within which there is a
Speech Research Group incorporating researchers in most aspects of speech
technology, including speech recognition, speech coding, speech perception, and
the design of speech interfaces.  We are seeking candidates in any area of
Machine Intelligence  which would complement or enhance the current work.

The Department has a flourishing undergraduate and post-graduate teaching
programme and participates in degree programmes in the Engineering, Science and
Arts Faculties.   These programmes lead to B.Sc. degrees in Computer Science,
and Computer Science with Mathematics, a B.Eng. in Computer Systems
Engineering, a B.A. in Computer Science and a Modern Language, and M.Sc.
degrees in Computer Science, Foundations of Artificial Intelligence, and
Information Engineering.

The salary will be within the Lecturer Scale and the initial placement will
depend on age, qualifications and experience.

The closing date for applications is 27th November 1992.

Further particulars may be obtained from the Head of the Computer Science
Department (tel: [phone]; e-mail: [e-mail]).

------------------------------

Date: Thu, 5 Nov 92 17:13:47 GMT
From: Stephen Marshall <[e-mail]>
Subject: Research Fellow in Stereo Vision

The research positions given in my early notification have mostly been filled
many thanks to all who expressed an interest. However there is one post still
vacant,

 Is there a really outstanding Post Doc out there to fill the post of
 RESEARCH FELLOW IN STEREO VISION ?

The project is funded by SERC/MTD and an industrial consortium and involves
the development of an underwater vision system in which data from a pair of
cameras is combined with 2D acoustic data.

The candidate must have a (fully completed) PhD in the vision/image processing
area or directly relevant industrial experience. They will preferably have a
1st class honours and be able to start in the next couple of weeks.

They will be responsible for collection and processing of the underwater vision
data and will be assisted by an RA who will collect the corresponding acoustic
data. The project is initially for just 2 years so the applicant must be able
to fire on all cylinders from day 1. There is not really any time available to
read into the area.

The successful candidate will be expected to:
* Set up stereo cameras in test tank and collect data, dealing with any
  problems which may arise and if necessary getting wet!
* Process the stereo data,
* Report progress to industrialists on a regular basis, spending time at their
  site if required,
* have a good knowledge of stereo vision algorithms and a sound grounding in
  mathematical optimisation techniques, this is essential,
* assist in managing the RA in the collection of 2D acoustic data.

Am I asking too much? Well we can pay circa 18,000 pounds for the right person
depending on age and experience. If you feel that you have a strong theoretical
vision background and are practical enough to `muck in' and collect the data
then  send a full CV by email to

[e-mail]

or by mail to,

Dr S. Marshall,
Dept. of Electronic and Electrical Engineering,
University of Strathclyde,
Glasgow, G1 1XW.
Scotland.

------------------------------

From: vision (Vision-List-Request)
Date: Mon, 16 Nov 92 10:55:45 -0800
Subject: CFP: IEEE Workshop on Qualitative Vision

            CALL FOR PAPERS

               IEEE WORKSHOP ON QUALITATIVE VISION
            Omni Park Central -- New York City
                      Monday, June 14, 1993


WORKSHOP THEME:

Understanding, representing  and  incorporating  information on object
qualities  from  disparate  sources is key  to building  more  general
and  functional  computer  vision  systems.  Effective  representation
depends upon:
   o object attributes captured by a representation or description
   o the interplay and synthesis of these qualities when multiple
     descriptions are available
   o the computational aspect of object qualities that participate in
     an effective representation
   o functional object qualities that guide visual reasoning.

The IEEE  Workshop  on  Qualitative  Vision  will focus on qualitative
descriptions and representations  of  the visual environment,  and new
algorithms for their computation.


WORKSHOP PROGRAM:

The  goal  of  the  IEEE Workshop on Qualitative Vision  is  to  bring
together  researchers  from  different  disciplines   for  the  active
discussion  of  the technical  issues   and   problems related  to the
development of qualitative  vision  techniques.  This one day Workshop
will be held in New York City  preceding  CVPR93. Sessions will be led
by an invited talk, and refereed  papers selected from those submitted
will be presented and published in a Workshop proceedings  distributed
by IEEE.

We invite the submission of papers on topics that include:
   o the synthesis  of  multiple visual qualities  (e.g.,  perceptual
     grouping, evidential reasoning over disparate sources)
   o the study of salient features or object qualities  (e.g.,  robust
     features which are invariant under image transformations)
   o efficient  and  innovative visual qualities  to support purposive
     operations (e.g., as exploited by active vision systems)
   o direct perception
   o discussion of differences between qualitative and  reconstructive
     approaches.
This list of topics  is not intended  to be exhaustive, and  inquiries
should be directed to the program committee.


PAPER SUBMISSION:

Papers should be limited to  20 double-space pages, including  figures
and  references.  Papers  should  include a  title page containing the
names and addresses of the authors, and an abstract of up to 200 words.
An  additional page titled  "Summary Page"   should  be included which
briefly describes the contribution of the paper. Five copies should be
received at the address below by Friday, December 9, 1992:
      Philip Kahn
      Teleos Research, 576 Middlefield Road, Palo Alto, CA  94301

IMPORTANT DATES:
      December 9, 1992:  Paper Submission Deadline
      March 1, 1993:     Notification of Acceptance
      March 26, 1993:    Camera-Ready Papers Due


PROGRAM COMMITTEE:

Philip Kahn
Teleos Research
576 Middlefield Road
Palo Alto, CA  94301
email: [e-mail], PH: [phone], FAX: [phone]

Daphna Weinshall
IBM T.J. Watson Research Center
H1-B47, 30 Saw Mill River Rd., Hawthorne, NY 10532
email: [e-mail], PH: [phone], FAX: [phone]

Yiannis Aloimonos
Computer Science Department
University of Maryland
College Park MD 20742-3411
email: [e-mail], PH: [phone], FAX: [phone]

------------------------------

Date: Thu, 5 Nov 92 10:34:39 PST
From: [e-mail] (subhodev das)
Subject: IEEE Workshop on Applications of Computer Vision

ADVANCE PROGRAM:  IEEE Workshop on Applications of Computer Vision

November 30 - December 2, 1992
Palm Springs Riviera Resort & Racquet Club

Sponsored by:
IEEE Computer Society, Institute of Electrical and Electronics Engineers (IEEE)

General Chair:        Bir Bhanu, University of California, Riverside
Program Co-Chairs:    Charles Dyer, University of Wisconsin, Madison
            Martin Herman, National Institute of
                    Standards and Technology
Financial Chair:    Subhodev Das, University of California, Riverside
Publicity  & Local
Arrangements Chair:    Matthew Barth, University of California, Riverside

Program Committee:

Minoru Asada, Osaka University
Matthew Barth, University of California, Riverside
Bruce Batchelor, University of Wales
Ruud Bolle, IBM T.J. Watson Research Center
Peter Burt, David Sarnoff Research Center
Ernst Dickmanns, University Bundeswehr Muenchen
Ed Delp, Purdue University
Masakazu Ejiri, Hitachi Incorporated
Olivier Faugeras, INRIA
Oscar Firschein, DARPA
Bruce Flinchbaugh, Texas Instruments
Herb Freeman, Rutgers University
Kicha Ganapathy, AT&T
Don Gerson, ORD
Allen Hanson, Univ. of Massachusetts
Rick Holben, Odetics Incorporated
Katsushi Ikeuchi, Carnegie Mellon University
Ramesh Jain, University of Michigan
Martin Levine, McGill University
Joe Mundy, General Electric
Ram Nevatia, University of Southern California
Andre Oosterlinck, Catholic University of Leuven
Azriel Rosenfeld, University of Maryland
Jorge Sanz, IBM, Almaden Research Center
Banavar Sridhar, NASA Ames Research Center
Sargur Srihari, SUNY Buffalo
Tom Strat, SRI
Chuck Thorpe, Carnegie Mellon University

INVITATION

It is our pleasure to extend to you an invitation to attend the first IEEE
Workshop on Applications of Computer Vision being held in Palm Springs,
California. The program consists of high quality contributed papers
covering diverse applications of computer vision, two keynote
presentations, and a panel session. We hope to have an exciting meeting in
which academic, industrial, and governmental researchers from around the
world will discuss various applications of computer vision. This will allow
researchers in the different areas to interact and exchange ideas, so that
applications are thoroughly understood and there is a transfer of concepts
from one area to another. We appreciate your interest in this conference and
look forward to seeing you in beautiful Palm Springs. If you have any
questions, don't hesitate to contact Professor Bir Bhanu, General
Chairman, at [e-mail]; Tel: [phone], Fax: [phone].

GENERAL INFORMATION

Palm Springs Desert Resorts include eight cities located in the Coachella
Valley, just outside the Los Angeles Basin. Temperatures are ideal during
November and December, warm during the days (~80 deg. F) and cool during
the nights (~65 deg. F). There are over 70 golf courses, hundreds of boutiques
and shops, the finest restaurants, theaters and nightclubs, and a variety of
sightseeing tours available to art galleries, museums, celebrity homes, the
Indian Canyons, and more. Other activities include hot-air ballooning,
riding the Palm Springs Aerial Tramway, and visiting the Oasis Water Resort.

Accomodations:
The Workshop is being held at the Palm Springs Riviera Resort & Racquet
Club, conveniently located near downtown Palm Springs and just 4 miles
from Palm Springs Municipal Airport. The resort features 480 guest rooms,
including 36 suites, and boasts the largest swimming pool in the area. The
resort also has nine tennis courts, an 18 hole championship putting course,
basketball, handball, volleyball, croquet, and a new health club.
Restaurants/bars at the resort include BoleroUs Restaurant, the famous
Sonny Bono's Restaurant, and the Hideaway Lounge featuring nightly
entertainment. A special room rate of $80 per night, single or double, has
been arranged for the workshop. In order to guarantee this special price,
please make reservations with the hotel by November 8, 1992.

Transportation:
Nonstop air service is available to the Palm Springs Regional Airport from
21 U.S. cities via such major airlines as Alaska, American, America West,
TWA, Delta, and United. The best way to get between the airport and the
hotel is by taxi, which is only a short ride (4 miles). Rental cars, of course,
are also available. By car, Palm Springs is approximately two hours from
the major Los Angeles airports (LAX, Burbank, Ontario, Orange County).

Schedule:

                NOVEMBER 30, 1992
 8:00 -  8:30    REGISTRATION
 8:30 -  9:30    KEYNOTE ADDRESS:  DOCUMENT ANALYSIS AND OPTICAL CHARACTER
        RECOGNITION: PAST, PRESENT, AND FUTURE
        George Nagy, Rensselaer Polytechnic Institute, Troy, New York
 9:30 - 10:00    BREAK
10:00 - 12:05    SESSION M1:  TRACKING AND MONITORING
    Telecortex, R. Wallace, B. Bederson, E. Schwartz (Vision Applications
    and NYU)
    2. A Shadow Handler in a Video-Based Real-Time Traffic Monitoring
    System, M. Kilger (Siemens)
    3. Multiple Object Tracking System with Three Level Continuous
    Processes, K. Fukui, H. Nakai, Y. Kuno (Toshiba)
    4. Performance of Model-Based Tracking with Dynamic Constraints, K.
    Baker, G. Sullivan (U. of Reading)
    5. Interframe Interpolation of Cinematic Sequences, J. Ribas-Corbera, J.
    Sklansky (U. of CA, Irvine)
12:05 -  1:30    LUNCH
1:30 -  3:10    SESSION M2:  AERIAL IMAGE INTERPRETATION
    1. PROMAP -- A System for Analysis of Topographic Maps, B.
    Lauterbach, N. Ebi, Ph. Besslich (U. of Bremen)
    2. Interactive Road Finding for Aerial Images, J. Hu, B. Sakoda, T.
    Pavlidis (SUNY at Stony Brook)
    3. Extracting Building Structures from a Stereo Pair of Aerial Images, R
    Chung, R. Nevatia (USC)
    4. Scale-Space Clustering and Classification of SAR Images with
    Numerous Attributes and Classes, Y-F. Wong, E. Posner (Cal. Tech.)
3:10 -  3:40    BREAK
3:40 -  5:20    SESSION M3:  ROBOTICS AND NAVIGATION I
    1. Target Tracking and Range Estimation using an Image Sequence, R.
    Talluri, W.C. Choate (Texas Instruments)
    2. A System for Obstacle Detection during Rotocraft Low-Altitude Flight
    B. Bhanu, B. Roberts, D. Duncan, S. Das (U. of CA, Riverside and
    Honeywell)
    3. New Visual Invariants for Obstacle Detection using Optical Flow
    induced from General Motion, G-S. Young, T-H. Hong, M. Herman,
    J. Yang (NIST and U. of Maryland)
    4. Adaptive Control Techniques for Dynamic Visual Repositioning of
    Hand-Eye Robotic Systems, N. Papanikolopoulos, P. Khosla (CMU)
5:30 -  7:30    WINE AND CHEESE RECEPTION

                DECEMBER 1, 1992

8:30 - 10:10     SESSION T1:  IMAGING AND 3D SURFACE ANALYSIS
    1. Liquid Crystal Polarization Camera, L. Wolff, T. Mancini (Johns
    Hopkins U.)
    2. System-Level Design of Specialized VLSI Hardware for Computing
    Relative Orientation, L. Dron (MIT)
    3. Shape Recovery Methods for Visual Inspection, S. Nayar (Columbia
    U.)
    4. A Multiscale Analysis Model Applied to Natural Surfaces, F. Falzon,
    G. Giraudon, M. Berthod (INRIA)
10:10 - 10:40    BREAK
10:40 - 12:20    SESSION T2:  ROBOTICS AND NAVIGATION II
    1. CARTRACK: Computer Vision Based Car Following, T. Zielke, M.
    Brauckmann, W. von Seelen (Ruhr-Universitat Bochum)
    2. Visual Processing for Autonomous Driving, H. Schneiderman, M.
    Nashman (NIST)
    3. Autonomous Landing of Airplanes by Dynamic Machine Vision, E.
    Dickmanns, F-R. Schell (U. der Bundeswehr)
    4. A Visually Guided Mobile Robot Acting in Indoor Environments, M.
    Fossa, E. Ghezzi, E. Grosso, G. Sandini (U. of Genova)
12:20 -  1:45    LUNCH
1:45 -  3:50    SESSION T3:  2D SHAPE ANALYSIS
    1. A Shape Analysis Model with Applications to a Character Recognition
    System, J. Rocha, T. Pavlidis (SUNY at Stony Brook)
    2. A Segmentation-Free Approach to OCR based on Indexing and Voting,
    C-H. Chen, J. DeCurtins (SRI)
    3. A New Methodology for Isolating and Diagnosing Inconsistencies in
    Image Matching, as Applied to the Analysis of 2-D Electrophoretic
    Gels, G. Markovich, M. Skolnick, M. Core (RPI)
    4. Fiber Identification in Microscopy by Ridge Detection and Grouping, F
    Glazer (Amerinex Art. Int.)
    5. Invariant Matching and Identification of Curves using B-Splines Curve
    Representation, F. Cohen, Z. Huang, Z. Yang (Drexel U.)
3:50 -  4:15    BREAK
4:15 -  5:45    PANEL SESSION: NEEDS FOR COMPUTER VISION
                Co-Chairs: Bruce Flinchbaugh, Texas Instruments
                           Kicha Ganapathy, AT&T

        Panelist:          Organization:

        Glen Ahern         Datacube
        Bruce Flinchbaugh  Texas Instruments
        Oscar Firschein    DARPA
        Kicha Ganapathy    AT&T Bell Laboratories
        Gerard Medioni     USC

6:00 -  8:00    WINE AND CHEESE RECEPTION

                DECEMBER 2, 1992

8:30 -  9:30    KEYNOTE ADDRESS: 3D IMAGING FOR MEDICAL APPLICATIONS
                Andre Oosterlinck, Catholic University of Leuven, Heverlee, Belgium
9:30 - 10:00    BREAK
10:00 - 12:05    SESSION W1:  2D IMAGE ANALYSIS AND MATCHING
    1. The Registar Machine:  From Conception to Installation, G. Medioni,
    A. Huertas, M. Wilson (USC and Opti-Copy)
    2. Target Recognition in Spatially-Varying Clutter, S Sridhar, G Healey
    (U. of CA, Irvine)
    3. A Segmentation Method for Multi-Connected Particle Delineation, X.
    Wu, J. Kemeny (U. of Arizona)
    4. Projectile Impact Detection and Performance Evaluation using Machine
    Vision, B. Mobasseri (Villanova U.)
    5. Interactive Map Conversion: Combining Machine Vision and Human
    Input, F. Quek, M. Petro (U. of Michigan)
12:05 -  1:30    LUNCH
1:30 -  3:35    SESSION W2:  INSPECTION
    1. Automated Direct Patterned Wafer Inspection, B. Khalaj, H. Aghajan,
    T. Kailath (Stanford U.)
    2. Real Time Color Purity and Convergence Measurement Algorithms for
    Automatic ITC Adjustment System, Z. Bien, D. Han, J. Park, J-W.
    Lee, C. Oh (Korea Advanced Inst. of Sci. & Techn. and Samsung)
    3. Restoration of Scanning Probe Microscope Images, G. Pingali, R. Jain
    (U. of Michigan)
    4. A Vision System for Inspection of Ball Bonds in Integrated Circuits,
    A. Khotanzad, H. Banerjee, M. Srinath (Southern Methodist U.)
    5. Algorithms for a Fast Confocal Optical Inspection System, A. Rao, N.
    Ramesh, F. Wu, J. Mandeville, P. Kerstens (IBM)

                         ADVANCE REGISTRATION FORM

Name:  Prof/Dr/Mr/Ms _______________________________ Name on Badge __________
Company/Affiliation _________________________________________________________
Address/Mailstop ____________________________________________________________
City ___________________________________ State _________ ZIP ________________
Country _____________ Telephone ___________________ Fax _____________________
E-mail ______________________________ IEEE/CS Membership Number _____________

Fees: (Please check appropriate fee)

                MEMBER        NON-MEMBER    STUDENT
Advance (until 11/13/92)    ___ $290    ___ $360    ___ $100
Late/on-site (after 11/13/92)    ___ $360    ___ $450    ___ $120

Total Enclosed: $ ___________ Full payment must be enclosed. Please make all
                  checks payable to: IEEE Computer Society

 ___ Personal Check  ___ Company Check ___ Traveler's Check
    All checks must be in U.S. dollars drawn on U.S. banks.
 ___ American Express    ___ MasterCard        ___ VISA     ___ Diners Club
Credit Card Number: _____________________________ Expiration Date: __________
Signature: ________________________________________ Date: ___________________

Written requests for refund must be received in the IEEE Computer Society
office no later than November 13, 1992. Refunds are subject to a $50 processing
fee. All no-show registrations will be billed in full. Students are required
to show current picture ID cards at the time of registration. Registrations
after November 20, 1992 will be accepted on-site only.

DO NOT E-MAIL REGISTRATION FORM. Instead, Mail hardcopy to:

        IEEE Computer Society
        Attn: Conference Department
        1730 Massachusetts Avenue, N.W.
        Washington, DC  20036
        TEL: [phone]
        FAX: [phone]


                HOTEL RESERVATION FORM

The Workshop will be held at the Riviera Resort & Racquet Club and the
Organizing Committee has reserved rooms at a special rate for attendees of
the workshop.  Reservations must be made with the hotel by:
                NOVEMBER 15, 1992
in order to guarantee the special room rate. Please mention WACV
when registering.

Please call or send this reservation form directly to the hotel:

Palm Springs Riviera Resort & Racquet Club
1600 North Indian Canyon Drive
Palm Springs, CA  92262-4602
[phone], [phone], FAX: [phone]

Organization:  IEEE-WACV, November 30 - December 2, 1992

Hotel Room Rate:  $80 single/double

Name:______________________________________________________________________
Company/Affiliation:_______________________________________________________
Address:___________________________________________________________________
City:___________________________________ State:_________ ZIP:______________
Country:_____________ Telephone:________________________
Arrival Date:______________ Arrival Time:____________ Departure:___________

Payment: Accommodations will not be confirmed without a check for the
1st night's deposit or use credit card to guarantee your reservation. You will
be charged for the 1st night if reservations are not cancelled 72 hours prior
to arrival.

 ___ Check: Make checks payable in U.S. funds to: Riviera Resort & Racquet Club
 ___ VISA    ___ MASTERCARD        ___ AMEX    ___ DINERS CLUB
 Card Number: _________________________________ Expiration: _______________
Signature: ___________________________________ Date: _____________________
Check-in Time:  3:00 PM, Check-out Time: 12:00 PM.

------------------------------

Date: Mon, 16 Nov 92 09:56:22 +0100
From: Scott Mason <[e-mail]>
Subject: CFP: Second Conference on Optical 3-D Measurement Techniques

Second Conference on OPTICAL 3-D MEASUREMENT TECHNIQUES:
Applications in inspection, quality control and robotics

October 4-7, 1993
Zurich, Switzerland

Second Announcement and Call for Papers

Organized by
    .    Prof.A.Gruen, Institute of Geodesy and Photogrammetry,
        Federal Institute of Technology ( ETH ) Zurich
    .    Prof.H.Kahmen, Institute of National Survey and Engineering Geodesy,
        University of Technology Vienna

Cooperating Organisations
    .    ISPRS Commission V: Close-Range Photogrammetry and Machine Vision
    .    FIG Commission 6 : Engineering Surveys
    .    Swiss Society for Photogrammetry, Image Analysis and Remote Sensing,
        Working Group Close-Range Photogrammetry and Machine Vision

Topics:
    .    Theoretical formulations, design and performance of photogrammetric
        and geodetic surveying methods, based  on digital image analysis systems.
    .    Formulations of estimation models, design of algorithms and study of
        operational and software aspects for fast and reliable point positioning,
        tracking, and surface reconstruction.
    .     Design,  functionality and performance of integrated sensor systems.
    .     Evaluation of artificial intelligence techniques including expert system
        technology for use in image understanding and measurement procedures.
    .     Hardware, algorithms,  quality  control  and  software  design and
        implementation     for on-line and real-time machine vision systems,
        as used in industrial process control, change detection, as-built
        documentation, robotics and navigation, and other advanced applications.

The program will consist of lectures given by invited speakers,
together with sessions for presented papers and poster sessions.
The technical language of the meeting will be English with
possibly a few contributions in German. A scientific/commercial
exhibition of advanced technology for automated and semi-automated
3-D object reconstruction and tracking will be organized.
Application forms for interested exhibitors can be obtained from
the Conference Secretariat.

Address for correspondence and inquiries:
Second Conference Optical 3-D Measurement Techniques
Institute of Geodesy and Photogrammetry
ETH Hoenggerberg
8093 Zurich, Switzerland

Tel.:    [phone]
Fax:    [phone]
email:    chezpp@ p.igp.ethz.ch

Call for Papers:
Extended abstracts of papers consisting of at least 1.5 pages
(or more than 60 lines of text), including name(s), address,
affiliation, fax and telephone of author(s) should be submitted
to the above address.

Deadline for abstracts :             April 30, 1993
Notification of acceptance :         May 31, 1993
Deadline for complete manuscripts : July 31    , 1993

------------------------------

Date:         Sat, 07 Nov 92 16:38:11 EST
From: "Dr. Francis T. Marchese" <[e-mail]>
Subject:      CFP: Conference on Understanding Images

Conference on Understanding Images

Sponsored By
NYC ACM/SIGGRAPH
    and
Pace University's
School of Computer S
cience and Information Systems

To Be Held at:
Pace University
New York Ci
ty, New York
May 21-22,1993


Artists, designers, scientists, engineers and educators share the
problem of moving information from one mind to another.
Traditionally, they have used pictures, words, demonstrations, music
and dance to communicate imagery.  However, expressing complex notions
such as God and in finity or a seeminglywell defined concept such as a
flower can present challen ges which far exceed their technical
skills.

The explosive use of computers a s visualization and expression tools
has compounded this problem.  In hypermedi a, multimedia and virtual
reality systems vast amounts of information confront the observer or
participant.  Wading through a multitude of simultaneous images and
sounds in possibly unfamiliar representations, a confounded user asks:
What does it all mean?

Since image construction, transmission, reception, decip herment and
ultimate understanding are complex tasks strongly influenced by
physiology, education and culture; and since electronic media
radically amplify e ach processing step, then we, as electronic
communicators, must determine the f undamental paradigms for composing
imagery for understanding.

Therefore, the purpose of this conference is to bring together a
breadth of disciplines, including, but not limited to, the physical,
biological and computational sciences, technology, art, psychology,
philosophy and education, in order to define and discuss the issues
essential to image understanding within the computer graphic s
context.  To this end we seek proposals for individual presentations,
panel discussions, static displays, interactive environments,
performances and beyond.

Submissions:
Contributors are requested to submit a one page proposal by January 15,
1993.  Accepted presentations will be included in the proceedings.

Direct all inquires and submissions to:
Professor Francis T. Marchese
             Phone:  [phone]
Department of Computer Science
   Fax:    [phone]
Pace University                                 Email:

[e-mail]
New York, NY 10038  USA

------------------------------

Date: Mon, 9 Nov 1992 18:43:17 GMT
From: [e-mail] (Herb Schilling)
Organization: NASA Lewis Research Center
Subject: Announcement and CFP Vision-21 Symposium

                              VISION-21

                          Interdisciplinary
                       Science and Engineering
                                in the
                          Era of Cyberspace


                          March 30-31, 1993
                 Holiday Inn Westlake, Westlake, Ohio

                             Sponsored by

                      NASA Lewis Research Center
                                 and
                       Ohio Aerospace Institute
                           Cleveland, Ohio

o The Vision-21 Symposium

This symposium fosters speculative concepts in science, technology,
and advanced thinking. The event includes invited talks, panel
discussion, workshops, "poster" sessions, and an educational project
for Cleveland schools.

A key element of this symposium is to explore visions of applying
cyberspace, virtual reality, and interdisciplinary science to the
topics of space propulsion, power, and communication. Discussion
groups will be held with each keynote speaker. The scope of the
symposium goes beyond computing to explore the full spectrum of
science and engineering in the next millennium.

o Vision-21 Committee

Vision-21 is a group of scientists and engineers from NASA's Lewis
Research Center who seek to push the frontiers of aerospace technology
and science. We believe researchers need encouragement, time, and
cross-disciplinary communication to devise innovative concepts about
how man and craft will travel in air and space.We created an
interdisciplinary group called Vision-21 to provide 1) an environment
for the open exchange of ideas and 2) a process for exploring
futuristic aerospace concepts. Here researchers may conceive, nurture,
test, and develop promising ideas.

The committee has hosted one symposium ("Space Travel for the Next
Millennium") and led numerous discussions about long range aerospace
technology.

o Featured Speakers
 - Hans Morovic, Carnegie Mellon Robotics Lab
        A well known roboticist and the author of the recent book, Mind
                Children
 - Vernor Vinge, San Diego State University
        Mathematician and science fiction writer; author of True Names and
                A Fire Upon the Deep
 - Richard F. Voss, IBM Thomas J. Watson Research Center
        A leading research scientist on practical applications of fractal
                geometry
 - John Dalton, NASA Goddard Space Flight Center
        Project Manager of the Earth Observation System Ground System and
                Operations Project
 - Carol Stoker, NASA Ames Research Center
        Principal Investigator for the Telepresence for Planetary
                Exploration Projects

o Call for Papers

We invite abstracts for poster papers on aerospace science and
engineering in a cyberspace era. Papers of all types are welcome,
including interdisciplinary concepts that may be considered
unconventional or visionary.

o Submission of Papers

The abstract must be written in English, placed on a single 8.5 x 11
sheet (1 inch margins), with the title, authors' names, and
affiliations at the top. Summarize the points of interest and
experimental results (if appropriate), including sufficient detail for
an assessment of content.

Submit abstracts to:
Vision-21 Symposium
NASA Lewis Research Center
Attn: Dr. Geoffrey A. Landis
Technical Coordinator
21000 Brookpark Road, M.S. 302-1
Cleveland, Ohio 44135 U.S.A.


Abstract Deadline: 15 December 1992

Poster presentations will be on display March 30-31. Selected
authors will make plenary session presentations about their
posters. Selected papers will also be published in the conference
proceedings volume.

o Educational Project

Cleveland area students are encouraged to participate in projects
involving a lunar rover robot and a simulation of the lunar
landscape. Write Jennie Sethna, Ohio Aerospace Institute, 22800
Cedar Point Road, Brook Park, OH 44142.

o Registration

Attendance is limited, so respond soon. The early registration fee is $120.

Reply to:

Vision-21 Symposium
Attn: Vannel Hassett
NASA Lewis Research Center
21000 Brookpark Road, M.S. OAI
Cleveland, Ohio 44135 U.S.A.
Phone: [phone]
Fax: [phone]

o Contacts

For more information:

Technical: Geoffrey Landis      216-433-2238
Logistics: Vannel Hassett       216-962-3041

Herb Schilling , NASA Lewis Research Center , 21000 Brookpark Road, MS 142-5
Cleveland, Ohio 44135 . [phone]       [e-mail]

------------------------------

Date: Fri, 13 Nov 1992 20:00:24 GMT
From: daver!cypress.com![e-mail] (Steve Haigh/VDSP)
Organization: Cypress Semiconductor/San Jose, CA
Subject:  Short Course on MPEG Compression

Part 1: MPEG video. 9am - 5pm, Nov 30th -Dec 2nd 1992. $600.
Part 2: MPEG audio and systems. 9am - 5pm, Dec 3rd - Dec 4th 1992. $500.
Parts 1 and 2: $1000.
at the Techmart. Great America Parkway, Santa Clara, California.

This short course is designed for engineers, managers and professionals
seeking an overview of the key concepts and techniques in video and audio
compression for entertainment, communications and multi-media applications.
The presentation will not dwell on complex mathematical proofs and no
prior knowledge of video techniques or digital signal processing is assumed.
Instead, the course will lead participants through a descriptive and
substantive review of video and audio compression without getting mired in
complexity.

Presented by Steve Haigh, Director of video DSP, Cypress Semiconductor.

Part 1 introduces transform based video coding and the draft ISO standard
MPEG video compression algorithm.
Day 1:
o Applications for video compression.
o Overview of spacial, temporal and entropy coding.
o Motion video coding for MPEG and Px64 (h.261).
o Transform based coding of images.
Day2:
o Motion estimation and compensation of moving picture sequences.
o Entropy coding.
o Quantization, rate buffer control and encoding techniques.
o Performance requirement for real time coding and decoding.
Day3:
o MPEG 1 bit stream syntax.
o MPEG 2 work in progress.

Part 2 introduces MPEG audio compression layers 1 through 3 and the MPEG
systems layer.
Day 1:
o Psychoacoustics.
o Quadrature mirror filters.
o MPEG audio layers I and II.
o MPEG audio layer III.
Day 2:
o MPEG audio bit stream syntax.
o Performance requirement for real time coding and decoding.
o MPEG systems overview.

Attendance is limited to 30 people. Payment can be made with Visa, Master
Card or American Express.
Call 408 943 2904 for more details and registration.

------------------------------

Date: Fri, 6 Nov 92 11:29:37 EST
From: [e-mail] (Mubarak Shah)
Subject: FTP TR: Combining Shape from Shading and Stereo Using Human Vision Model

 Department of Computer Science

University of Central Florida
Orlando, FL 32816

Technical Report

 Combining Shape from Shading and Stereo Using Human Vision Model


James Edwin Cryer, Ping-Sing Tsai and Mubarak Shah


CS-TR-92-25}



 { Abstract}

 Stereo algorithms suffer from the lack of
   local surface texture due to smoothness  of depth constraint,  or
   local miss-matches in disparity estimates.
   Thus, the stereo methods only provide a coarse depth map
   which can be associated with a low
   pass image of the depth map. On the other hand,
   shape from shading algorithms produce better estimates of
   local surface areas, but some of them have problems with variable albedo and
spherical surfaces.
   Thus, shape from shading
   methods produce better detailed depth information, and
   can be associated with the high pass image of the
   depth map image.
In order to compute a better depth map,
we present a method for integrating  the high frequency
information from the shape from shading
and the low frequency information from stereo.
Our method is motivated by the
human vision system, and follows Hall and Hall's model.
The proposed algorithm is very simple, takes about $.7$ seconds for
a $128 \times 128$ image on a
Sun SparcStation-1, is non-iterative, and
does not use any thresholds. The results obtained with
a variety of
synthetic and real images are discussed.
The quality of depth obtained by integrating shading and stereo is
compared with the ground truth (range image) using average surface
gradient error measure, and improvement ranging from 30\% to 50\%
over stereo, and from 65\% to 98\% over shading is demonstrated.

*******************************

Script started on Fri Nov  6 11:00:26 1992
sono 101% ftp eustis.cs.ucf.edu
Connected to eustis.
220 eustis FTP server (SunOS 4.1) ready.
Name (eustis.cs.ucf.edu:shah): anonymous
331 Guest login ok, send ident as password.
Password:
230 Guest login ok, access restrictions apply.
ftp> cd pub
250 CWD command successful.
ftp> get tec25.ps.Z
200 PORT command successful.
150 ASCII data connection for tec25.ps.Z (132.170.108.100,1097) (5260703 bytes).
226 ASCII Transfer complete.
: tec25.ps.Z remote: tec25.ps.Z
5280584 bytes received in 60 seconds (87 Kbytes/s)
ftp> quit
221 Goodbye.
sono 102% uncompress tec25.ps.Z
sono 103% lpr tec25.ps -Plw3

------------------------------

Date: 5 Nov 92 18:40:26 GMT
From: esl![e-mail] (Denis Lynch)
Subject: IEEE PAMI and GRS collection -- Free to good home

I have a couple of boxes of IEEE journals that I'm never going to use again:

IEEE PAMI 1981 -- March 1992, plus a few issues in 1980. (One or two issues
missing in there somewhere).

IEEE Geoscience and Remote Sensing -- 1981 through the present.

If the only way you'll take those is to also take my collection of Computing
Surveys (about the same time period), I might be convinced...

I'd like to give these to some person or institution that will actually make
use of them, rather than just throwing them out!

Make an offer, please (preferably by e-mail or phone [phone], not news!)

--Denis Lynch, ESL Inc.


------------------------------

End of VISION-LIST digest 11.39
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