Part 21 Report - 1995-109
ACCESSION #: 9505050145
Boeing Computer Services
P.O. Box 24346
Seattle, WA 98124-0346
April 25, 1995
G-1151-RSO-95-186
Document Control Desk
United States Nuclear Regulatory Commission
Washington, D.C. 20555
BOEING
Reference: a) Boeing Letter G-1151-RSO-92-365 dated August 31,
1992; R. S. Orr to the NRC Operations Center
b) NRC Letter Docket No. 99901227 dated August 12, 1992;
L. J. Norrholm to R. S. Orr; Subject: Response to 10
CFR 21 Inquiry
Dear Sir or Madam:
In accordance with the reference correspondence and 10 CFR 21, Boeing is
sending the NRC the attached error notice(s) received from our former
software suppliers. Because of unknown current addresses, the following
former customers were not notified:
Reactor Controls, Inc.
Echo Energy Consultants, Inc.
Nuclear Applications and Systems Analysis Company (Japan)
Nuclear Power Services
Error notices have been sent to our other former customers.
Very truly yours,
R. S. Orr
Nuclear Administrator
G-1151 M/S 7A-33
(206) 865-6248
Attachment(s): GTICES Program Report Form No. 95.10
ANSYS Class3 Error Reports 95-12, 95-13, 95-14 and 95-15,
Reissued Class3 Error Reports 94-01 R1, 94-68 R1, and
95-10 R1;
ANSYS QA Notice QA95-04
Georgia Tech Computer Aided Structural Engineering Center
Georgia Institute of Technology
School of Civil & Environmental Engineering
Atlanta, Georgia 30332-0355
USA
404o894o2260
404o894o8014 FAX
April 18, 1995
Attention: Nuclear Administrator
Boeing Computer Services
P.O. Box 24346, M/S 7A-33
Seattle, Washington 98124-0346
RE: GT STRUDL
Dear Sir or Madam:
Enclosed please find a copy of GTICES PROGRAM REPORT FORM No. 95.10 and a
VENDOR ACKNOWLEDGEMENT FORM. Please sign and return the VENDOR
ACKNOWLEDGEMENT FORM to acknowledge receipt of the GTICES Program Report.
Thank you for reviewing the Program Report and for returning the
Acknowledgement Form.
Best regards,
CASE Center
Catherine Lee
Configuration Control Manager
CL/jhb
Enclosures
GTSTRUDL Program Report Form
GPRF No.: 95.10
DATE: April 17, 1995
FROM: Computer-Aided Structural Engineering Center
Georgia Institute of Technology
Atlanta, Georgia 30332-0355
SEVERITY LEVEL:
URGENT Problem results in incorrect answers which may not be
apparent or job aborts and cannot be recovered within
the session or job.
x SERIOUS Problem results in incorrect answers which are
obvious or problem prevents completion of a
particular user's task.
MINOR Problem can be worked around or problem poses high
frustration factor.
INFORMATIVE Documentation error, program usage tip, user
inconveniences.
Date Problem Confirmed April 17, 1995
Date Notification Sent April 19, 1995
Computers VAX
Operating System VMS
Version All VAX versions
Target Release for Correction 96.01
Senior Software Engineer
Signature Title
R & D Division
Hamid Zand April 17, 1995
Typed or Printed Name Date of Signature
Signature Title
Professional Services Division
Typed or Printed Name Date of Signature
Rev. 2.2
GTSTRUDL Program Report Form
(Continued)
GPRF No.: 95.10
DATE: April 17, 1995
DESCRIPTION:
JOINT RELEASES
An error message may not be printed when two or more blank spaces are
typed after the misspelled word RELEASES (RELEASES ) in the JOINT
RELEASES command on the VAX/VMS version of GTSTRUDL.
Following is an example of misspelled word RELEASES followed by two
blank spaces (RELEASES ).
STRUDL
*** G T S T R U D L ***
RELEASE DATE VERSION COMPLETION NO.
AUGUST 1993 9301VAX 3062
*** ACTIVE UNITS - LENGTH WEIGHT ANGLE TEMPERATURE TIME
*** ASSUMED TO BE INCH POUND RADIAN FAHRENHEIT SECOND
UNITS KIPS FEET
JOINT COORDINATE
1 0.0 0.0
2 0.0 10
3. 10 10
4. 10 0.0
STATUS SUPPORT 1 4
JOINT RELEASES
1 4 MOM X MOM Y MOM Z
%GTCMI-W-INVCOMMND, Invalid command /1/
TYPE PLANE FRAME
MEMBER INCIDENCE
1 1 2
2 2 3
3 4 3
*FIN $ EOF
Rev. 2.2
GTSTRUDL Program Report Form
(Continued)
GPRF No.: 95.10
DATE: April 17, 1995
Following is the same example when the two blank spaces are deleted after
the misspelled word RELEASES (RELEASES)
STRUDL
*** G T S T R U D L ***
RELEASE DATE VERSION COMPLETION NO.
AUGUST 1993 9301VAX 3062
***** ACTIVE UNITS - LENGTH WEIGHT ANGLE TEMPERATURE TIME
***** ASSUMED TO BE INCH POUND RADIAN FAHRENHEIT SECOND
UNITS KIPS FEET
JOINT COORDINATE
1 0.0 0.0
2 0.0 10
3 10 10
4 10 0.0
STATUS SUPPORT 1 4
JOINT RELEASES
%GTCMI-W-COMNOTPRO, Command not completely processed.
RELEASES
1 4 MOM X MOM Y MOM Z
%GTCMI-W-INVCOMMND, Invalid command /1/
TYPE PLANE FRAME
MEMBER INCIDENCE
1 1 2
2 2 3
3 4 3
*FIN $ EOF
Applicable Sections of the Documentation:
JOINT RELEASES - Section 2.1.7.2, Volume 1,
GTSTRUDL User's Manual
Rev. 2.2
ANSYS (Registered Trademark)
ANSYS, Inc.
201 Johnson Road Telephone 412.746.3304
Houston, PA 15342-1300 Facsimile 412.746.9494
April 12, 1995
Dear Class3 Error Recipient:
Enclosed you will find ANSYS Class3 Error Reports 95-12, 95-13,
95-14 and 95-15. Along with these reports are reissued Class3 Error
Reports 94-01 R1, 94-68 R1, 95-10 R1 and ANSYS QA Notice QA95-04.
Class3 Error Report 94-01 was revised to indicate that Component
Products are also affected by this error.
Class3 Error Report 94-68 was revised to include nonlinear effects.
Class3 Error Report 95-10 was revised to indicate that only base
excitation spectrum analysis has this error.
ANSYS QA Notice QA95-04 describes our findings related to the Intel
Pentium Floating Point unit flaw and its impact on ANSYS analyses.
Sincerely,
ANSYS, Inc.
Prashant Ambe
Quality Assurance Manager
ANSYS (Registered Trademark) is a registered trademark of SAS IP
ANSYS Revision Identifier Description
ANSYS revision identifiers consist of a major revision level, a
minor revision level, a correction level, and occasionally a special
version level. An example of how this is constructed is shown below:
Figure "5.0A-10" omitted.
Major revision level changes indicate that new features have been
added to the program and that some level of program architecture change
and/or file structure has occurred. Minor revision level changes also
indicate that new features have been added to the program, but files are
upwardly compatible. All known error fixes are included in both minor
and major revisions. Changes to the correction level indicate that it is
primarily an error correction release. Special version identifiers
indicate that one or more additional minor changes have been made to the
program, normally to circumvent an error. Special versions are not
general releases to all ANSYS licensees, since they typically represent
errors occurring only on one system, a subset of our customers who have
specific graphics devices, etc.
The ANSYS revision identifier(s) shown under "corrected in" on the
front side of this Class3 Error Report indicates the first possible
revision that could contain the correction. A major program change
needed to fix an error can dictate that the next minor or major revision
will contain the fix rather than the next correction level. For example,
when errors were being reported while Rev. 4.3A was the latest production
version, most Class3 error reports indicated that 4.3B was the "corrected
in" revision. Others requiring significant code restructuring were
reported as fixed in 4.4. Rev. 4.3B was never released, but Rev. 4.4
contained all error corrections noted as fixed in 4.3B.
An identifier indicated under "corrected in" does no guarantee that
a general release of that revision of ANSYS will occur. It does indicate
that the correction is known and implemented in the coding that would be
part of that general release.
Equivalent Product Identifiers
The ANSYS family of component products occasionally undergoes name
changes between revisions and/or changes in the functionality of derived
products (such as ANSYS-PC/LINEAR). To minimize the potential for
confusion in these areas, the important product name equivalences
(similar program functionality and error content) are listed below.
ANSYS/ED contains all errors shown for the full ANSYS product,
starting at Rev. 5.0,
and beyond, unless
otherwise noted.
PREPPOST contains relevant errors the full ANSYS product,
shown for for included pre- and
postprocessing
functionality
ANSYS Component Products is an All component products
inclusive term for that were issued at
the stated revision
level(s)
PC/LINEAR is equivalent to WS/LINEAR at Rev.4.4A,
and ANSYS/LinearPlus
starting at Rev. 5.0A.
PC/THERMAL is equivalent to WS/THERMAL at Rev.4.4A,
and ANSYS/THERMAL
starting at Rev. 5.0A.
PC/MAGNETIC is equivalent to ANSYS/Emag starting at
Rev. 5.0A
ANSYS (Registered Trademark) CLASS3 ERROR REPORT
ERROR NO: 95-12
KEYWORDS: SPECTRUM MODE COMBINATION GROUPING METHOD
DESCRIPTION OF ERROR:
In the grouping method of mode combination (MCOMB,GRP) in spectrum
analysis (ANTYPE, SPECTRUM) there are two errors as follows:
1. if isolated and closely-spaced modes are required to be combined,
isolated modes are erroneously discarded, and
2. the negative values of the mode coefficients for the closely-spaced
modes are not turned into positive values before writing to the file
.mcom.
FIRST INCORRECT VERSION(S):*_/ CORRECTED IN:*_/
Rev. 5.0 Rev. 5.2
ANSYS/LinearPlus Rev. 5.0A ANSYS/LinearP]us Rev. 5.2
SUGGESTED USER ACTION FOR RUNNING ON UNCORRECTED VERSION:
Edit an incorrect file.mcom (containing the ANSYS commands which
specify the combinations) to reflect a correct grouping method mode
combination for the particular problem at hand and use it in POST1. Note
that this requires familiarity with the POST1 load case operation
commands.
COMMENTS:
Users may use one of the other mode combination methods available in
the ANSYS program.
AUTHOR/CORRECTOR: DATE: 4/10/95
Ashraf Ali
REVIEWED BY QA: DATE: 4/10/95
REVIEWED BY QA: DATE: 4/10/95
Prashant Ambe
APPROVAL: DATE: 4/10/95
John A. Swanson
*_/ If a product name is not included in the "first incorrect version",
the full ANSYS program is implied. For products not listed, this error
does not apply, but see the reverse side for equivalent product
designations.
Unless noted otherwise, this error report also applies to all revisions
after the first incorrect one and prior to the corrected revision. All
revisions after "corrected in" are corrected. ManuaL corrections are
included in on-line documentation as appropriate. Please see the reverse
side of this sheet for additional information on ANSYS revision
identifiers.
FORM SASI-QA25
DEC 19, 1988
ANSYS (Registered Trademark) CLASS3 ERROR REPORT
ERROR NO: 95-13
KEYWORDS: ELEM3 ELEM4 ELEM54 STRESS STIFFENING LARGE
DEFLECTION
DESCRIPTION OF ERROR:
Results due to stress stiffening effects (PSTRES,ON or SSTIF,ON) in
elements BEAM3, BEAM4, and BEAM54 are incorrect if large deflection
(NLGEOM,ON) is also active.
FIRST INCORRECT VERSION(S):*_/ CORRECTED IN:*_/
Rev 5.0 Rev. 5.1 (BEAM4)
Rev. 5.2 (BEAM3, BEAM54)
ANSYS/LinearPlus Rev. 5.0A ANSYS/LinearPlus Rev. 5.2
SUGGESTED USER ACTION FOR RUNNING ON UNCORRECTED VERSION:
If available, use a beam element that does not have this
error (BEAM23, BEAM24, or BEAM44).
COMMENTS:
Stress stiffness is not necessary with large deflection, but may
speed convergence.
AUTHOR/CORRECTOR: DATE: 4/10/95
Cecil R. Rogers
REVIEWED BY QA: DATE: 4/10/95
Prashant Ambe
APPROVAL: DATE: 4/10/95
John A. Swanson
*_/If a product name is not included in the "first incorrect version",
the full ANSYS program is implied. For products not listed, this error
does not apply, but see the reverse side for equivalent product
designations.
Unless noted otherwise, this error report also applies to all revisions
after the first incorrect one and prior to the corrected revision. All
revisions after "corrected in" are corrected. Manual corrections are
included in on-line documentation as appropriate. Please see the reverse
side of this sheet for additional information on ANSYS revision
identifiers.
FORM SASI-QA25
DEC 19, 1988
ANSYS (Registered Trademark) CLASS3 ERROR REPORT
ERROR NO: 95-14
KEYWORDS: ELEM34 ELEM71 TEMPERATURE-DEPENDENT MATERIAL
PROPERTIES
DESCRIPTION OF ERROR:
Certain element matrices for LINK34 (convection link) and
MASS71 (lumped thermal mass) are not always updated properly if the
material properties are temperature-dependent and the temperatures are
changing:
1. For LINK34, the conductivity matrix may not be updated.
2. For MASS71, the specific heat matrix is not updated if the only
temperature-dependent material property for the element is
specific heat (C).
FIRST INCORRECT VERSION(S):*_/ CORRECTED IN:*_/
Rev. 5.0 Rev. 5.2
ANSYS/Thermal Rev. 5.0A ANSYS/Thermal Rev. 5.2
SUGGESTED USER ACTION FOR RUNNING ON UNCORRECTED VERSION:
For error 1, set the Newton-Raphson key (NROPT, FULL) to force
matrix updating.
For error 2, make density (MP,DENS) slightly temperature-dependent.
COMMENTS:
AUTHOR/CORRECTOR: DATE: 4/10/95
Cecile R. Rogers
REVIEWED BY QA: DATE: 4/10/95
Prashant Ambe
APPROVAL: DATE: 4/10/95
John A. Swanson
*_/ If a product name is not included in the "first incorrect version",
the full ANSYS program is implied. For products not listed, this error
does not apply, but see the reverse side for equivalent product
designations.
Unless noted otherwise, this error report also applies to all revisions
after the first incorrect one and prior to the corrected revision. ALL
revisions after "corrected in" are corrected. Manual corrections are
included in on-Line documentation as appropriate. Please see the reverse
side of this sheet for additional information on ANSYS revision
identifiers.
FORM SASI-QA25
DEC 19, 1988
ANSYS (Registered Trademark) CLASS3 ERROR REPORT
ERROR NO: 95-15
KEYWORDS: LINK34 ELEM34 FILM COEFFICIENT SFE
DESCRIPTION OF ERROR:
The convection film coefficient (HF) is incorrect if input on the
SFE or SF commands for LINK34 (convection link) with KEYOPT(3)=2 and
ramped boundary conditions (KBC=O [default]).
FIRST INCORRECT VERSION(S):*_/ CORRECTED IN:*_/
Rev. 5.0 Rev. 5.2
ANSYS/Thermal Rev. 5.0A ANSYS/Thermal Rev. 5.2
SUGGESTED USER ACTION FOR RUNNING ON UNCORRECTED VERSION:
Run smaller substeps with stepped boundary conditions (KBC=1) and
only one substep per load step (NSUBST=1).
COMMENTS:
AUTHOR/CORRECTOR: DATE: 4/10/95
Cecil R. Rogers
REVIEWED BY QA: DATE: 4/10/95
Prashant Ambe
APPROVAL: DATE: 4/10/95
John A. Swanson
*_/ If a product name is not included in the "first incorrect version",
the full ANSYS program is implied. For products not listed, this error
does not apply, but see the reverse side for equivalent product
designations.
Unless noted otherwise, this error report also applies to all revisions
after the first incorrect one and prior to the corrected revision. All
revisions after "corrected in" are corrected. Manual corrections are
included in on-line documentation as appropriate. Please see the reverse
side of this sheet for additional information on ANSYS revision
identifiers.
FORM SASI-QA25
DEC 19, 1988
ANSYS (Registered Trademark) CLASS3 ERROR REPORT
ERROR NO: 94-01 R1
KEYWORDS: APDL CHARACTER PARAMETERS SYSTEM *IF PC
DESCRIPTION OF ERROR:
On PC systems only, character parameters or character strings
(enclosed in single quotes) may not produce correct results when used
with the *IF or *ELSEIF commands.
FIRST INCORRECT VERSION(S):*_/ CORRECTED IN:*_/
Rev. 5.0A Rev. 5.1
Component Products Rev. 5.0A Component Products Rev. 5.2
SUGGESTED USER ACTION FOR RUNNING ON UNCORRECTED VERSION:
COMMENTS:
AUTHOR/CORRECTOR: DATE: 4/10/95
Christopher W. Aiken
REVIEWED BY QA: DATE: 4/10/95
Prashant Ambe
APPROVAL: DATE: 4/10/95
John A. Swanson
*_/ If a product name is not included in the "first incorrect version",
the full ANSYS program is implied. For products not listed, this error
does not apply, but see the reverse side for equivalent product
designations.
Unless noted otherwise, this error report also applies to all revisions
after the first incorrect one and prior to the corrected revision. All
revisions after "corrected in" are corrected. Manual corrections are
included in on-line documentation as appropriate. Please see the reverse
side of this sheet for additional information on ANSYS revision
identifiers.
FORM SASI-QA25
DEC 19, 1988
ANSYS (Registered Trademark) CLASS3 ERROR REPORT
ERROR NO: 94-68 R1
KEYWORDS: BEAM44 ELEM44 STIFFNESS RELEASES
DESCRIPTION OF ERROR:
There are two errors when using BEAM44 (3-D tapered unsymmetric beam
element) with stiffness releases.
1. All results are in error for load steps, substeps, and iterations in
which the element stiffness matrix is being re-used.
Stiffness matrices are generally reused unless large deflections are
active, or the materials or real constants are changing. See
Section 13.3 of the Theory Manual.
2. All results are incorrect if any of the following are active:
a. Large deflection (NLGEOM,ON)
or b. Stress Stiffening (SSTIF,ON)
or c. Newton-Raphson (NROPT command).
FIRST INCORRECT VERSION(S):*_/ CORRECTED IN:*_/
Rev. 4.4 Rev. 5.2
ANSYS/LinearPlus Rev. 4.4 ANSYS/LinearPlus Rev. 5.2
SUGGESTED USER ACTION FOR RUNNING ON UNCORRECTED VERSION:
Error 1. Use KUSE,-1 to force reformulation of all element stiffness
matrices.
Error 2. Use coincident coupled nodes (CP command) to induce the
stiffness release where required.
COMMENTS:
On some computer systems, he e errors will cause an abort.
Stiffness releases are accessed with KEYOPT(7) and KEYOPT(8) or, if
using pre-Rev. 5.0 input, with KEYOPT(3) and KEYOPT(4).
For error 2, if using pre-Rev. 5.0 input:
a. Large deflection is activated by the KAY, 6, 1 command.
b. Stress stiffening is activated by the KAY, 8, 1 command.
c. Newton-Raphson is activated by KAY, 9, n (n = 1, 2, or 3).
AUTHOR/CORRECTOR: DATE: 4/10/95
Cecil Rogers
REVIEWED BY QA: DATE: 4/10/95
Prashant Ambe
APPROVAL: DATE: 4/10/95
John A. Swanson
*_/ If a product name is not included in the "first incorrect version",
the full ANSYS program is implied. For products not listed, this error
does not apply, but see the reverse side for equivalent product
designations.
Unless noted otherwise, this error report also applies to all revisions
after the first incorrect one and prior to the corrected revision. All
revisions after "corrected in" are corrected. Manual corrections are
included in on-line documentation as appropriate. Please see the reverse
side of this sheet for additional information on ANSYS revision
identifiers.
FORM SASI-QA25 12/19/88
ANSYS (Registered Trademark) CLASS3 ERROR REPORT
ERROR NO: 95-10 R1
KEYWORDS: SPECTRUM PFACT ROTATED NODES COUPLED NODES
CONSTRAINT
EQUATIONS
DESCRIPTION OF ERROR:
The base excitation spectrum analysis (ANTYPE, SPECTR and PFACT,
TBLNO, BASE) gives incorrect results if any of the base nodes are either:
1. rotated (NROTAT command), with non-zero angle specified.
or 2. contained in a coupled node set command), (CP, etc. command).
or 3. used in a constraint equation (CE,CERIG,CEINTF, etc. commands).
FIRST INCORRECT VERSION(S):*_/ CORRECTED IN:*_/
Rev. 5.0 Rev. 5.2
SUGGESTED USER ACTION FOR RUNNING ON UNCORRECTED VERSION:
COMMENTS:
AUTHOR/CORRECTOR: DATE: 4/10/95
Cecil R. Rogers
REVIEWED BY QA: DATE: 4/10/95
Prashant Ambe
APPROVAL: DATE: 4/10/95
John A. Swanson
*_/ If a product name is not included in the "first incorrect version",
the full ANSYS program is implied. For products not listed, this error
does not apply, but see the reverse side for equivalent product
designations.
Unless noted otherwise, this error report also applies to all revisions
after the first incorrect one and prior to the corrected revision. All
revisions after "corrected in" are corrected. Manual corrections are
included in on-line documentation as appropriate. Please see the reverse
side of this sheet for additional information on ANSYS revision
identifiers.
FORM SASI-QA25
DEC 19, 1988
ANSYS QA NOTICE
NOTICE NO: QA95-04
SUBJECT: Intel Pentium Floating Point Unit Flaw
DESCRIPTION:
As you may be aware, a hardware problem was discovered with the numeric
Floating Point Unit (FPU) of the earlier versions of the Intel Pentium
microprocessor. The problem occurs when performing floating point
division on certain types of numbers. We describe below relevant testing
carried out by ANSYS and Intel Corporation. The goal of this testing was
to determine the possible impact of the flaw on your past and present
ANSYS work. This QA Notice updates preliminary information communicated
by ANSYS, Inc. shortly after initial reports of the flaw were made
public.
ANSYS, Inc. ran our entire quality assurance acceptance test suite (1800
+ problems) on a machine containing a flawed Pentium (P5-90) chip using a
Rev. 5.1 version of the ANSYS program. When the results were compared
with those from a 486-based computer, we saw no differences in the entire
set within a tolerance of 1x10-8, which is a stricter tolerance than we
normally use when comparing results from different machines. This was
not a surprise since, based on Intel's white paper on the subject, the
likelihood of encountering a single divide flaw in randomly occurring
numerical divides is only one in 9 billion. The number of divides that
occur in our entire ANSYS test suite is approximately 1.1 billion,
leaving a one in nine chance of randomly encountering one floating point
divide inaccuracy in the set. Because this error is characterized by
probabilities of occurrence, we did an additional level of testing in
which the divide flaw could be intentionally "injected" during the
execution of the test. This allowed us to study the impact of the flaw
on present and past ANSYS analyses.
Intel's testing lab has the ability to intentionally inject divide
flaws into tests being performed. We ran a suite of tests where we
intentionally injected 100 divide flaws per ANSYS run. (it should be
noted that the flaw was injected in the worst possible place, the
twelveth bit.) This compares to an average of 670,000 floating point
divides and 48 million floating point instructions per test case (mostly
small to medium sized ANSYS runs). As was expected from such an
experiment, we did see numerical differences between our baseline test
suite and those which had 100 divide inaccuracies within the run. Even
with 100 flaws per test in our test set, we found that half of the tests
showed no differences within a tolerance of 0.01 % (1x10-4). The
remainder of the tests showed imprecision of various levels in some
solution results and in some cases showed iterative solutions that did
not converge, especially for nonlinear analyses. A small number of the
tests that were run with the intentionally injected divide flaw
terminated abnormally (because of nonconvergence) or took much longer to
achieve convergence.
To summarize our findings:
1. Even with 100 divide inaccuracies artificially injected per test
(an "impossible" situation to occur in real life, based on the
probability), all results that we observed had accuracies that
never dropped below two significant digits.
2. We concur with Intel's initial finding that the likelihood of this
flaw to occur is small. Moreover the probable impact of such a
flaw (one that has not been intentionally injected) on an ANSYS
solution is even smaller. Intel claims that, to date, only two
users worldwide have had their work impacted by the divide
flaw.
3. We realize that this notice is not sufficient assurance for people
doing safety-critical analysis. We hope it provides some sense
of the possible magnitude of any inaccuracies that this Pentium
flaw could have caused in a worst-case situation.
4. We recommend that you request a new chip from Intel. The decision
as to whether you need to re-perform analyses done on flawed Pentium
chips lies with you, based on the criticality of any analyses you
may have performed.
AFFECTED VERSIONS: N/A - Hardware Problem
AUTHOR: DATE: April 10, 1995
Joe Manich
REVIEWED BY QA: DATE: April 10, 1995
Prashant Ambe
APPROVAL: DATE: April 10, 1995
John A. Swanson
SASI-QA3
Page 2 of 2 AUG. 29, 1993
*** END OF DOCUMENT ***
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