D-A131 273 RFWL BENCHMARK COMPUTER PROGRRM(U) BOEING AEROSPACE CO i/j,,SEATTLE WA B J HENDERSON 01 MAY 82 DNR-5852FDNAOi-80-C-0056

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DNA 5852F

AFWL BENCHMARK COMPUTERPROGRAM

-4

B. J. HendersonBoeing Aerospace Company

P.O. Box 3999

Seattle, Washington 98124

I May 1982

Final Report for Period 3 March 1980-1 May 1982

CONTRACT No. DNA 001-80-C-0056

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Computer BenchmarkANSI FortranTranslator

ASSTRACT (Continue on reverse side It necessary and identify by block number)

his report includes the description of a computer program that partially

translates IBM, CDC, DEC and VAX FORTRAN into the subset lngu e of ANSIFORTRAN 77. This contract supports a DNA task to provide air benchmarkcomputer programs to vendors who bid on a DNA computer procurement project.

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II.

............... ....... .... .................................................

PREFACE

This is the final report of an effort conducted under Defense NuclearAgency Contract DNA-80-C-0056. The contract supported a DNA task of procuring

an advanced scientific computer system by collecting representative sofware for

evaluating the performance of candidate computer systems (benchmarking, Ref. 3).

One sample benchmark program, a large hydrodynamics code named CSQ, has beenprocessed into ANSI Standard Fortran using SCOFF, a translating computer program

developed on this contract. The resulting version of CSQ has been tested and is

now available in the DNA Cyber 176 computer located at Kirtland AFB, New Mexico.

This study was sponsored by the Office of Technical Information with

LCDR Harold R. Gladwin serving as technical* monitor. Major John M. Anderson

reviewed the final report. Their comments and support are gratefully

acknowledged. Special appreciation is exteded to Michael Warshaw of RDA whose

patience, cooperation, and advice provided great support for this report. The

technical work of BAC staff members Loren Milliman and Dave Cruikshank made the

successful completion of this contract possible.

Accession ror

ITIS C-F IDTIC TAB

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TABLE OF CONTENTS

Section Page

PREFACE ........................................... 1I

LIST OF TABLES..................................... 3

1 INTRODUCTION....................................... 5

2 THE SCOFF COMPUTERIZED CONVERSION METHOD ............. 6

2-1 RESTRUCTURING (R).............................. 6

2-2 TRANSLATION (T) ............................... 13

2-3 EXAMPLES...................................... 14

3 DEMONSTRATED USES OF SCOFF......................... 15

4 SUMMARY ........................................... 16

5 REFERENCES ........................................ 17

APPENDIX A- SAMPLE COMPUTER RUN OF SCOFF.................... 19

APPENDIX B- LISTING OF SCOFF................................ 23

2

LIST OF TABLES .Table Page

1 Statement handling by SCOFF ......................... 7

2 Actions taken by SCOFF.............................. 10

3 Conventions of ANSI X3.9-1978, Fortran 77 ............. 11

4 Job control language required to execute SCOFF .... 12

3

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SECTION I

INTRODUCTION

Although the Fortran language was designed to be a universal and

machine-independent medium for development of computer programs, computer system

manufacturers have corrupted this by not fully implementing the ANSI Standard

Language (Refs. 1,2) and by providing various enhancements to ANSI Fortran.

Although a particular vendor's Fortran language may in itself be excellent, the

irregularity makes it difficult to assemble a collection of Fortran programs

which is free from non-standard coding. A computer program, SCOFF (Semi-

automated Conversion of Fortran Four) was developed to translate programs

written in the various dialects of the Fortran language to a standard, ANSI-

compatible language. SCOFF converts most of the non-standard features of major

vendor's Fortan to a standard Fortran language. For example, Control Data

Corporation (CDC) Fortran allows variable names to be up to seven characters in

length, while Digital Equipment Corporation (DEC) Fortran allows names up to 15

characters long which may contain dollar marks ($) and underscores(_). The ANSI

Standard specified that variable names be a maximum of six characters in length

and that all characters be from the set (A-Z, 0-9). SCOFF replaces each

instance of an improper variable name with a truncated, proper variable name.

The SCOFF output meets the requirements of ANSI X3.9-1978 Fortran 77

Subset with two additions: that of COMPLEX statements and BLOCK Data

structures. These additions were made because the preponderance of computer

programs used in DNA activities require one or both of these features and

because there is no convenient alternative.

SCOFF presently runs on IBM 360/370 series computers and requires

approximately 200K bytes memory. SCOFF uses an efficient input/output method,

so that the program execution time is comparable to the IBM-supplied copy

utility IEBGENER. Several input formats (corresponding to source language

maintenance program conventions) are accepted by SCOFF. Output may be in ASCII,

EBCDIC, or BCD character codes. The Job Control Language required to execute

the SCOFF program is shown in Table 4. A listing of SCOFF appears in Appendix

B.In Section 2 of this report, we describe the development of SCOFF.

Section 3 briefly describes a demonstrated use of SCOFF.

5

SECTION 2

THE SCOFF COMPUTERIZED CONVERSION METHOD

SCOFF reads statements (lines or cards) one at a time from a Fortran

program which is to be standardized. It then examines the symbols of the

statements one at a time, comparing the symbols with a typical set such as a

blank, S, *, C, or a numeral. This identification of the symbols determines the

type of statement. The program then compares strings with standard statements,

and takes appropriate action in translation.

A description of all the statements (ANSI and non-ANSI) that are

recognized by SCOFF appears in Table 1, along with an indication of how SCOFF

deals with the statement type. There are five actions that SCOFF may take, as

specified in Table 2. Any statement type which does not appear in Table I will

be ignored (passed through, not translated) by SCOFF. SCOFF cannot translate

those statements which violate the ANSI Standards denoted by F in Table 1.

There are several constructs for which there is no equivalent in the ANSI

subset. The file manipulation statements OPEN and CLOSE are found in virtually

all vendor Fortrans, but the format of parameters for OPEN or CLOSE varies

considerably. Since neither OPEN nor CLOSE is defined in the ANSI Fortran

Subset Language, SCOFF does not attempt to translate these statements. Also,

SCOFF cannot resolve ambiguities which require syntactical analysis. The

notation used in Table 1 is that of ANSI X3.9-1978, Fortran 77; a reprint of the

conventions appears in Table 3.

Of the actions listed in Table 2, the first two are described below.

The last three are self-explanatory.

2-1 RESTRUCTURING (R)

SCOFF does a global reorganization of program statements. Many vendor

Fortrans allow Type Declaration statements and DATA statements to appear

anywhere in a program element (or anywhere prior to the first occurrence of one

of the defined variable names in an expression). SCOFF collects Type

Declaration statements and DATA statements and places them ahead of the

executible statements as required by the ANSI Fortran Subset. Also, some

Fortrans allow data values to be specified in the Declaration statements. Any

6

Table 1. Statement handling by SCOFF

ActionInitial Form Taken Translated Form

(see Table 2)

ASSIGN s TO i T ASSIGN s TO i

BACKSPACE u T BACKSPACE uBACKSPACE (alist) F BACKSPACE (alist)

BLOCK DATA [sub] N BLOCK DATA [sub]

CALL sub [([a [,a] ...]) T CALL sub [([a [,a]...])]

CHARACTER [*len[,]] nam [,nam] ... TI CHARACTER [*len[,]] nam [,nam] ...

CLOSE (cilist) F CLOSE (cllst)

COMMON [/[cb]/]nlist[[,]/[cb]/nlist] ... T COMMON [/[cb]/]nlist[[,]/[cb]/nlist]..

COMPLEX v [,v]... T COMPLEX [,v]..COMPLEX *len[,] v [,v]... RT COMPLEX v [,v] ...

CONTI NUE N CONTINUE

DATA nlist/clistf [[,]nlist/clist] T DATA nlist/clist/ [[,]nlist/clist]

DIMENSION a(d) [,a(d)] ... T DIMENSION a(d) [,a(d)] ...

Do s [,] i=e1,e 2 [,e 3] T DO s [,] ie1 e 2[,e 3

DOUBLE PRECISION v[v..RT REAL v [,v]

ELSE NI ELSE

ELSE IF (e) THEN TI ELSE IF (e) THEN

END N END

END IF NI END IF

ENDFILE u T ENDFILE u

ENOFILE (alist) F ENDFILE (alist)

ENTRY en [([d [,d]j...]1)] TF ENTRY en [(d [,d] ...])

EQUIVALENCE (nllst) [,(nllst].. T EQUIVALENCE (nlist) [,(nlist)] ...

EXTERNAL proc [,proc] ... T EXTERNAL proc [,proc] ...

7

I TABLE 1. (Continued)

ActionInitial Form Taken Translated Form

FORMAT is T FORMAT is

fun ((d]...)) = e T fun ([d]...])= e

[typ [*len]] FUNCTION fun([d [,d]...]) RT [type] FUNCTION fun ([d [,d]...])

GO TO i [[,](s [,s]...)] N GO TO i [[,](s [,s]...)]

GO TO s N GO TO s

GO TO (s [,s]...)[,] i T GO TO (s [,s]...)[,] i

IF (e) st T IF (e) st

IF (e) s1, s2, s3 T IF (e) si, 2' s 3

IF (e) s ,' s2 F IF (e) s l, s2

IF (e) THEN TI IF (e) THEN

IMPLICIT type (a [,a]...) R Specific Type Declaration StatementsGenerated As Required

INQUIRE (iflist) F INQUIRE (iflist)INQU'-" (lulist) F INQUIRE (iulist)

INTEGER v [,v]... T INTEGER v [,v]...

INTEGER *len v [,v]... RT INTEGER v [,v]...

INTRINSIC fun [,fun]... F INTRINSIC fun [,fun]...

LOGICAL v [,v]... T LOGICAL v[,v]...LOGICAL *len v[,v]... RT LOGICAL v[,v]...

NAMELIST TF NAMELIST

OPEN (olist) I OPEN (olist)

PARAMETER (p=e[,p=e]...) F PARAMETER (p=e[,p=e]...)

PAUSE (n] N PAUSE [n]

PRINT f[, iolist] T PRINT f [, iolist]

PROGRAM pgm T PROGRAM pgm

READ (cilist) [olist] T READ (cilist) [olist]

READ f , iolist] F READ f [, iolist]

8

TABLE 1. (Continued)

ActionInitial Form Taken Translated Form

REAL v [,v]... T REAL v [,v]...REAL *len v [,v] RT REAL v [,v]...

RETURN [e] N RETURN [e]

REWIND u T REWIND uREWIND (alist) F REWIND (alist)

SAVE [a [,a]...] F SAVE [a [,a]...]

STOP [n] N STOP [n]

SUBROUTINE sub [([d [,d]...])] RT SUBROUTINE sub [([d [,d]...])]

WRITE (cilist) [iolist] T WRITE (cilist) [iolist]

v e T v = e Arithmetic AssignmentStatement

v =e T v = e Logical AssignmentStatement

v = e I v = e Character AssignmentStatement

v = v [-v...] e RT v = e Multiple Arithmeticv = v Assignment Statement

[v = v]

st $ st [$st...] RT st Multiple Statements perst coding line

[st]

v(e(e[(e)...])) RT v : e(e) Subscripted Subscripts[v = e (v)]

v (v)

td v/clist/[,vlclist]... RT td v [,v]... Data in Type DeclarationDATA v/clist/[,v/clist]

9

. 7---7- -- i w >;- .

Table 2. Actions taken by SC OFF

Action Description

R Restructured by SC OFF to statement acceptable in A NSIsubset

T Variable names translated (truncated with ambiquityresolution) by SC OFF if longer than six characters

F Flagged as not A NSI subset. Not translated by SC OFF unlessTF appears

N Translation not needed

I Flagged as not acceptable to pre-1981 IBM compilers

10

.4.

10

Table 3. Notation of ANSI X3.9-1978 FORTRAN 77

In describing the form of FORTRAN statements or constructs, the following metalanguage

conventions and symbols are used:

(1) Special characters from the FORTRAN character set, uppercase letters, and

uppercase words are to be written as shown, except where otherwise noted.

(2) Lowercase letters and lowercase words indicate general entities for which specific

entities must be substituted in actual statements. Once a given lowercase letter or

word is used in a syntactic specification to represent an entity, all subsequent

occurrences of that letter or word represent the same entity until that letter or word

is used in a subsequent syntactic specification to represent a different entity.

(3) Brackets, [], are used to indicate optional items.

(4) An elipsis, ... , indicates that the preceding optional items may appear one or more

ti m es in succession.

* (5) Blanks are used to improve readability, but unless otherwise noted have no

significance.

(6) Words or groups of words that have special significance are underlined where their

meaning is described.

An example illustrates the metalanguage. Given a description of the form of a statement

as:

CALL sub[([a[,4a]..])]

the following forms are allowed:

CALL sub

CALL sub()

CALL sub (a)

CALL sub (a, a)

CALL sub (a, a, a)

etc

When an actual statement is written, specific entities are substituted for sub and each a; for

example:

CALL ABCD (X, 1.0)

. . .11

-m*470 77-.77

Table 4. Job control language required to execute SCOFF

I IEXEC PGM=SCOFF1, TIME=(O,20)//STEPLIB DO DSN=ENG.BREL.PGMLIB,DISP=SHR/ /OUTPUT O SYSOUT=A,DCB=( BLKSIZE=400,RECFM=FB)//TEMP DO INIT=SYSDA,SPACE=(800, (200,20)), DCB=BLKSIZE=800//FTO6FOO1 DD SYSOUT=A,DCB=BLKSIZE=1729//INPUT DD

*The EXEC card specifies SCOFFi to be run from library ENG.BREL. The STEPLIB

statement defines where the program is in the library named ENG.BREL. The

OUTPUT card image specifies the output file from SCOFF. The TEMP statement

defines a temporary working file used for execution and storage of SCOFF. The

FT06FOOl statement defines FORTRAN unit six as the output unit. The INPUT

statement tells the machine that the input program- begins with the next

statement.

11

such data values are removed from the Type Declaration statement and a separate

DATA statement is created for the data value assignment.

Another global action taken by SCOFF is the replacement of IMPLICIT

Type Statements. Any IMPLICIT statement is removed and individual Type

Declaration statements are generated, if necessary, to explicitly type each

variable name not already explicitly typed which does not correspond to the

default type convention of ANSI Fortran (all names represent floating point

variables unless the name begins with one of the letters I through N).

2-2 TRANSLATION (T)

Variable names that are more than six characters long are translated

by truncation to make a similar, legal, unique name. Variable name truncation

is done according to the following algorithm:

1. Drop all non-standard characters in the name.

2. If a vowel exists in the name, drop the last one; else drop the

last consonant.

3. If the name is longer than six characters, do Step 2.

4. Set I to 6; set N to O.

5. If the name is unique, then end.

6. Replace the Ith character with the character which succeeds it in

the alphanumeric collating sequence.

7. Increment N. If N is less than 37, then do Step 5; else set I to I-

1; set N to 0; do Step 6.

Another example of direct replacement is the Multiple Assignment

Statement (permitted in CDC Fortran) which has the form

A = B = C = expression

A Multiple Assignment Statement is expanded into two (or more) single

assignment Fortran statements:

13

, . , . o . -. - --~ -. . . . ' . .. ' . . , . .° -. ° " '% . -.. -j ..

C = expressionB C

A B

2-3 EXAMPLES

,'.'

It may be helpful to examine two statements from Table 1 in more

detail. Consider the first statement:

-ASSIGN s TO i

The Action Taken is specified as T and the translated form appears to

be identical with the initial form. The translated form will be identical

except in those cases where the variable name i contains improper characters or

is more than six characters long. SCOFF does not alter the statement segments

ASSIGN, the statement number s, or TO.

Secondly, consider the statement:

COMPLEX*len[,] v [,v] ...

This statement is both Restructured and Translated (RT). The restructuring

consists of removing the *len[,] while the translation ensures that every

variable v is a legal name of six or fewer characters.

-. 1]

44

14

' ;': ;::'":"i":::" ":":i " "" ' " '" ,- -,. ' . .

SECTION 3

DEMONSTRATED USES OF SCOFF

CSQ (Ref. 4) is a large two-dimensional hydrocode that was selected as

a test vehicle for demonstrating the use of SCOFF. The selection was based upon

the need for a large code representative of those used by the DNA community. CSQ

I can test the capabilities of computers proposed for purchase by DNA since it

uses large amounts of both storage and CPU time.

CSQ is composed of approximately fifteen thousand cards. Most of the

statements are pass-through statements with perhaps ten percent needing

conversion. After application of SCOFF, a few days of hand work by a programmer

were required to finish the conversion.

CSQ was first processed at Boeing via SCOFF. It was then transported

to AFWL for trial runs on the DNA computer. The first runs were made under the

NOS/BE system. Then when the operating system changed to NOS, some CSQ runs

were made under the new operating system. The conversion was successful and

made CSQ available as a benchmark code.

Appendix A presents a sample computer run of SCOFF. The input stream

contains a number of statements that are non-ANSI. The output stream shows the

translated statements. In addition, a set of SCOFF translation messages are

presented. These messages would be used by a programmer if further translation

was deemed necessary for the benchmark test.

15

.. !

SECTION 4

SUMMARY

SCOFF provides a positive step towards improving the development of

fair, representative benchmarks for the evaluation of competing computer systems

for DNA. The advantages of computer translation are apparent: the operation

frees the programming staff from tedious work; it is fast, without error, and,

within the limits.described previously, complete. The changes which require aprogrammer's services are often challenging but usually such that they can be

solved quickly.

Many programs already exist that are too large to translate by hand

with any great confidence in the accuracy of the output. CSQ is an example of

such a program. As larger computers and larger computer programs proliferate,the SCOFF technique will help reduce the cost of benchmarking and upgrading at a

computer facility.

16

N- o

SECTION 5

REFERENCES

1. American National Standards Institute, "ANSI X3.9-1978 Fortran 77," NewYork (1978).

2. Lyon, G., Ed., "Using ANS FORTRAN," NBS Handbook 131, U.S. Department ofCommerce/National Bureau of Standards, U.S. Gov. Printing Office,Washington (1980).

3. Conti. D. M., "Findings of the Standard Benchmark Library Study Group,"Institute for Computer Science and Technology, U.S. Department ofCommerce/National Bureau of Standards, U.S. Gov. Printing Office,Washington (1979).

4. Thompson, S. L., "CSQ--A Two-Dimensional Hydrodynamic Program With EnergyFlow and Material Strength," Sandia Laboratories (SAND74-0122) Albuquerque,New Mexico (1975).

17,

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APPENDIX A

SAMPLE COMPUTER RUN OF SCOFF

This appendix presents a sample computer run of SCOFF that

demonstrates typical inputs, outputs, and translation messages. The input

program was written for illustrative purposes and does not solve any particular

physics problem.

19

S - *. . ... ,

.71

INPUT TO SCOFF

PROGRAM TESTSCOFFPARAMETER (IDIMz100)IMPLICIT INTESER04 IR-S)DIMENSION ARRAYONEIIDIMJ,ARRAYTWOEIDIMJREAL04 ARRAYTHREEEIDIMI/IDIM*O./INTEGER VARIABLEI .VARIABLE2/2/..VARIABLE3CHARACTERMI ANS *YESEQUIVALENCE (ARRAYONE ARRAYTHREE IDATA YES'Y'/PRINT 5

5 FORMAT(* THIS PROGRAM DOESNT DO ANYTHING!*)DO 500 VARIABLEiUl101DMVARIA3LEWU-1 IMIARIABLE1ARRAYTWO IVAR IABLEliz ARRAYTNREE VAN EABLEIJ .VAR lAB LE2*wVAR IABLE3

A *YARIABLElIFIARRAYTWO(VARIABLEl) IOO,100,500

100 ARRAYTWOIVARIASLE11:VARIABLEI*VARIABLE2500 CONTINUE

PRINT 06 FORMATI* DO YOU WANT A PRINT74Y OR N), W

READ *,ANSIFIANS.EQ.YES)PRINT 7.IARRAYTWOIRJ,R:1,IDIMI

7 FORMAT(* ALL NUMBERS SHOULD BE POSITIVE COUNTING BY 2-- ,*-(/lXlP$El0.31JDO 000 VARIABLE2zI.IDIMARRAYONE IVAN IABLE2I:DIVIDE ITUP EARRAY TWO IVAN IADLE2) I

600 CONTINUEPRINT SREAD *MANSIFIANS.EO.YES)PRINT *,IARRAYTHREEISJ,51l,IDIMJ

$ FORMATI* ALL NUMBER SHOULD BE POSITIVE SEQUENTIAL--),*I/1X1IPSEIO.SiiCALL FLIPAROUND(ARRAYONE, IDIM,ARRAYTHREEIPRINT 6READ M,ANSIFIANS.EQ.YESIPRINT IPARRATONE

9 FORMAT(* ALL NUMBERS SHOULD BE SEQUENTIAL ALTERNATING SIGN--)-*,-I/1XIPlElO.3J IPRINT 10

10 FORMAT(* ALLLLLLDONt!MISTOPENDREAL04 FUNCTION DIVIDEITUPIRATIDIVIDE ITUP ZRAY/2RETURNENDSUBROUTINE FLIPAROUNDI 1111111,111111,11111121REAL 1111I111) 1111111DO 5000 Js'1,IIIIII

1111111 IJiI 1111112IJ)M1W5000 CONTINUE

RETURNEND

20

OUTPUT FROM SCOFF

Co PROGRAM TESTSCOFF*1 ~PARAMETER IID)IMm100J 0001INTEGER ft , S 000i

Co IMPLICIT INTEGER*4 (ft-SiDIMENSION ARRAYNfIDIM1,ARRATW(IDIMIREAL ARRTHRIIDIMIINTEGER VARBI,VARBL2,VARBL3'fARACTERU1 ANS,YESEQUIVALENCE (ARRAYN.ARRTHR3DATA ARRTHR I IDIM*O. IDATA VARBL2 1 2 1DATA YES/IN1YIPRINT S

5 FORMAT(33H THIS PROGRAM DOESNT DO ANYTHING1)DO 500 VARILIllIDIMVARILS. I-iIMMYARILIARRATWIVARILI 3 ARRTHR IVARBL1I .VARBL2*VARBL3a UVARBLIIFIARRATWIVARBLI 3)100,1005300

100 ARRATWIVARILI J:VARSLhMVARBL2500 CONTINUE

PRINT 66 FORMAT(30H DO YOU WANT A PRINT71Y 0% %)- S)

READ M.ANSIF(ANS.EO.TES)PRINT 7, ARRATWIRIA,R:1 DM)

7 FORMAT(48H ALL NUMBERS SHOULD BE POSITIVE COUNTING BY 2--3,,(/1X,IP-4E10.S3DO 600 VARBL2u1,IDIMARRAYN(VARIL2)zDIVDTPIARRATW(VARBL23J

600 CONTINUEPRINT IREAD *.AN$IFIANS.EQ.YESJPRINT I,(ARATHRISJ,S:1,IDIM)

I FORMAT(44H ALL NUMBER SHOULD BE POSITIVE SEQUENTIAL--)l,I/1K,1PlEl0-.3)3CALL FLPRND(ARRAYN, IDIM,ARRTHR)PRINT &READ *,AN$IFIANS.EO.YES)PRINT 9,ARRAYN

9 FORMATISSH ALL NUMBERS SHOULD BE SEQUENTIAL ALTERNATING SIGN--)-,I-lX,lPlEl0.331PRINT 10

10 PORMAT(ISH ALLLLLLOONE'IlSTOPENDREAL04 FUNCTION DIVDTP(RAYlDIVDTPSRAY/2RETURNENDSUBROUTINE FLPRNDI 111111,111111,111112)REAL 11111111111113,111112(1111111DO 1000 J31,11II1I

111111 Jill II t12(JIWK5000 CONTINUE

RETURNEND

21

..... .. . .. .... .... . -SCOFF -TRANSLATION -ME.SSAGES

PROGRAM TESTSCOFFPROGRAM TESTSCOFF --%; SYNTAX **-

.P PARAMETER IIDINzlooRPARAMETER STATEMENT NOT ALLOWED IN ALL FORTRAN LANGUAGES

.. REAL*4 ARRAYTNREEIIDIM)/IDIM*O./ --I DATA ARRAYTHREE / IDIM*O. /--

I -*-INTEGER VARIABLEI,VARIASLE2/2/1VARIASLE3IDATA VARIABLE2 / 2 /I --- CHARACTER~i ANSTYESCHARACTER STATEMENT NOT ALLOWED IN ALL FORTRAN LANGUAGES

6 FORMATI* DO YOU WANT A PRINTJY OR N)- NS)CHARACTER (S) IS NOT A VALID FORMAT TYPE.AINTEGER RI S 00000010END OF TRANSLATION

22

K. f APPENDIX B

LISTING OF SCOFF

U.

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DISTRIBUTION LIST

DEPARTMENT OF DEFENSE DEPARTMENT OF THE ARMY

Armed Forces Radiobiology Rsch Institute Aberdeen Proving Ground2 cy ATTN: Dir 2 cy ATTN: Tech Library

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DEPARTMENT OF THE ARMY (Continued) DEPARTMENT OF THE NAVY (Continued)

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US Army Signal Ctr & Ft Gordon DEPARTMENT OF THE AIR FORCEATTN: ATZH-CD

Air Force Propulsion LabUS Army TRADOC Sys Analysis Actvy ATTN: LKDH, Stop 24, E. Haberman

ATTN: ATAA-PLAir Force Radiobiological Health Lab, AFLC

US Army War College ATTN: Dir2 cy ATTN: Library

Air Force Armament LabUS Army White Sands Missile Range ATTN: AFATL/DLY

ATTN: CommanderAir Force Rocket Propulsion Lab

USA Missile Command ATTN: LKCPATTN: Doc Section

Air Force Tech Applications CtrDEPARTMENT OF THE NAVY 2 cy ATTN: STINFO Ofc-TF

Chief of Naval Operations Air Force Test & Evaluation CtrDir Cmd Control Planning & Prgmng Div, OP-940 ATTN: J. Hoge

ATTN: OP-943

Air Force Weapons LabDavid Taylor Naval Ship R&D Ctr ATTN: AD, J. Ormand5 cy ATTN: Code L42-3 ATTN: SUL

ATTN: NTES, R. GuiceNaval Air Development Ctr ATTN: NTYC, J. Burgio

ATTN: Doc ConAir Force Wright Aeronautical Lab

Naval Air Systems Omd ATTN: Tech LibraryATTN: Tech Library

Air Force Wright Aeronautical LabNaval Civil Engrg Lab ATTN: LTE

ATTN: L-51, S. JohnsonAir University Library

Naval Electronic Systems Cmd ATTN: AUL-LSEATTN: Tech Library

HeadquartersNaval Ocean Systems Ctr Air Weather Service, MAC

ATTN: Code 4471 ATTN: AWSAE

Naval Postgraduate School Armament Dev & Test Ctr2 cy ATTN: Code 1424, Library ATTN: Doc Con

Naval Rsch Lab Ballistic Missile Office5 cy ATTN: Code 2627 ATTN: SYDT

ATTN: ENNaval Space Surveillance System ATTN: ENMP, D. Van Gari

ATTN: J. BurtonDeputy Chief of Staff

Naval Surface Weapons Ctr Rsch, Dev, & Acq

ATTN: Code R44, H. Glaz ATTN: AFRDSTATTN: Code F31 ATTN: AFRDS, Space Sys & C3 Dir

ATTN: AFRDQINaval Surface Weapons Ctr5 cy ATTN: Tech Library & Info Svcs Br Headquarters

Electronic Systems DivNaval Weapons Ctr ATTN: DCK, L. Staples5 cy ATTN: Code 343, FKA6A2, Tech Svcs ATTN: XRRT

90

. *m-

DEPARTMENT OF THE AIR FORCE (Continued) DEPARTMENT OF DEFENSE CONTRACTORS (Continued)

Foreign Tech Div AVCO Systems Div

ATTN: NIIS, Library ATTN: Library, A830

Headquarters BDM CorpNORAD ATTN: J. Braddock

ATTN: J5YS, F. Smith ATTN: M. KellyATTN: L. Schlipper

Space Div 2 cy ATTN: Corporate LibraryATTN: INDATTN: SSP-6 BDM Corp.ATTN: YGJ ATTN: P. McClouskyATTN: YKM ATTN: Library

ATTN: D. PeercyOEPARTMENT OF ENERGY ATTN: F. Leech

Department of Energy Beers Associates, Inc.Tech Info Ctr ATTN: Contracts Ofc

ATTN: Doc ConBerkeley Rsch Associates, !nc

OTHER GOVERNMENT AGENCIES ATTN: J. Workman

Central Intell Agency Boeing Co.ATTN: OSWR/NED ATTN: Aerospace Library

ATTN: R. HagerDepartment of the Interior ATTN: W. CooleyUS Geological Survey ATTN: S. Sandberg

ATTN: J. Dietrich ATTN: E. Brown4 cy ATTN: M/S 42-37, B. Henderson

Department of the Interior, US Geological SurveyATTN: R. Regan Boeing Computer Svcs, Inc.

ATTN: M/S 8C-52, D. Chapman

Federal Emergency Management Agency ATTN: B. BrownATTN: Ofc of Rsch/NP, D. Bensen

Boeing Military Airplane Co.DEPARTMENT OF ENERGY CONTRACTORS ATTN: D. Pierson

ATTN: R. Syring

University of CaliforniaLawrence Livermore National Lab Booz-Allen & Hamilton, Inc

ATTN: L-21, 0. Oakley ATTN: R. HansonATTN: P. ColellaATTN: Tech Info Dept, Library California Rsch & Tech, Inc

ATTN: T. Isabelle

Los Alamos National Labratory ATTN: K. KreyenhagenATTN: Reports Library ATTN: Library

Sandia National Labs, Livermore Calspan Corp.

ATTN: Library & Security Classification Div ATTN: A. Davis

DEPARTMENT OF DEFENSE CONTRACTORS Calspan Corp.ATTN: M. Dunn

Aerospace Corp ATTN: LibraryATTN: M. Eskijian

66th MI GroupAgbabian Associates ATTN: RDA

ATTN: M. AgbabianControl Data Corp.

Analytic Services, Inc ATTN: R. Portillo2 cy ATTN: Library

Corrales Applied Physics Co.Applied Rsch Associates, Inc. ATTN: N. Froula

ATTN: J. PhillipsCushing Associates

Applied Theory, Inc. ATTN: V. CushingATTN: Doc Con

Decision Science Consortium, Inc.APTEK, Inc. ATTN: J. Chinnis

ATTN: A. LarrabeeDikewood

Astron Rsch & Engrg ATTN: Tech Library for K. SabischATTN: A. Levien

ATTN: C. Scott

91

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DEPARTMENT OF DEFENSE CONTRACTORS (Continued) DEPARTMENT OF DEFENSE CONTRACTORS (Continued)

EG&G Wash Analytical Svcs Ctr, Inc Johns Hopkins UniversityATTN: Library ATTN: F. BrelsfordATTN: J. BridgesATTN: J. Ridge Kaman AvidyneATTN: L. Daley ATTN: M. Tomayko

2 cy ATTN: Library

Electro-Magnetic Applications, IncATTN: B. Fisher Kaman Sciences Corp

ATTN: D. Conroy

Electro-Mech Systems, Inc ATTN: F. SheltonATTN. A. Stough 5 cy ATTN: LibraryATTN: R. Shunk

Kaman TempoElectrospace Systems, Inc ATTN: K. Schwartz

ATTN: H. Logston ATTN: DASIACATTN: C. Anderson

ESL, Inc ATTN: A. KleinATTN: Library 10 cy ATTN: W. Chan

Flow Sciences, Inc Kaman TempoATTN: J. Campbell ATTN: R. Miller

ATTN: Contracts OfcGarjak Rsch, Inc

ATTN: G. Erickson K Tech CorpATTN: B. Mason

General Electric Co ATTN: E. YoungATTN: N. DispensiereATTN: 0. Coceano JAYCORATTN: Tech Info Ctr 2 cy ATTN: Library

General Research Corp JAYCORATTN: J. Garbarino ATTN: C. ClarkATTN: G. PurvisATTN: 0. Sangster Lockheed Missiles & Space Co, IncATTN: J. Balter ATTN: J. HenleyATTN: L. Wogulis ATTN: T. Geers

2 cy ATTN: Doc Con 2 cy ATTN: Reports Library2 cy ATTN: Tech Info Ofc

Lockheed Missiles & Space Co, IncHarold Rosenbaum Associates, Inc ATTN: C. Rankin

ATTN: H. Rosenbaum 2 cy ATTN: TIC-Library

Horizons Technology, Inc Martin Marietta Denver AerospaceATTN: R. Kruger ATTN: Rsch Library, 6617

Information Science, Inc Mathematical Sciences Northwest, IncATTN: W. Dudziak ATTN: Doc Con

Institute for Defense Analyses Martin Marietta CorpATTN: Classified Library 2 cy ATTN: M1. Criffith

IRT Corp Maxwell Labs, IncATTN: M. Obrien ATTN: J. Smith

2 cy ATTN: Library ATTN: A. Kolb

J. D. Haltiwanger Consulting Svcs McDonnell Douglas CorpATTN: Doc Con ATTN: M. Gee

ATTN: W. Gee

JAYCOR ATTN: D. DeanATTN: W. Hobbs 2 cy ATTN: Tech Library SvcsATTN: W. Radaski

McDonnell Douglas CorpJAYCOR ATTN: R. Mapes

ATTN: E. Wenaas

ATTN: A. Woods Merritt CASES, IncATTN: J. Young ATTN: LibraryATTN: A. J. Woods ATTN: G. Wintergerst

5 cy ATTN: Library

92

77 .7- -77 -71 1-7 17-~- 177- .77.77-

DEPARTMENT OF DEFENSE CONTRACTORS (Continued) DEPARTMENT OF DEFENSE CONTRACTORS (Continued)

University of Miami Rand CorpATTN: Contract Ofc, S. Wang 2 cy ATTN: Library

Mission Research Corp Rockwell International CorpATTN: A. Gregerson ATTN: LibraryATTN: C. Longmire

5 cy ATTN: Doc Con S-CUBEDATTN: J. GlowMission Research Corp ATTN: M. Scarpa

ATTN: Library ATTN: K. PyattATTN: B. Neri 10 cy ATTN: Doc Con

Mitre Corp 10 Cy ATTN: Library

ATTN: Tech Report Ctr S-CUBEDMitre Corp ATTN: J. Murphy

ATTN: A. Schneider S-CU-.EDNorthrop Corp ATTN: J. Crepeau

ATTN: A. Scott Santa Fe Corp2 cy ATTN: RAD Effects Grp 2 cy ATTN: Sec Ofc

Pacific-Sierra Rsch Corp 2 cy ATTN: D. PaolucciATTN: S. Sanenitser Science & Engrg Associates, IncATTN: J. Levsque ATTN: J. DrenticeATTN: S. FinnATTN: Contracts Ofc Science & Engrg Associates, IncATTN: H. Brode, Chairman SAGE ATTN: J. McCulloughATTN: Doc Con

Science Applications, IncPacific-Sierra Research Corp ATTN: R. Reaugh

ATTN: 0. GormleyATTN: Doc Con Science Applications, Inc

Pacifica Technology ATTN: C. DoughertyATTN: G. Kent Science Applications, IncATTN: M. Gittings ATTN: B. Dial

2 cy ATTN: Tech LibraryScience Applications, IncPDA Engrg ATTN: C. Burgart2 cy ATTN: Doc Con 10 cy ATTN: Sec Ofc

Physical Dynamics, Inc Science Applications, IncATTN: E. Fremouw ATTN: Sec Ofc

Physical Dynamics, Inc ATTN: Contracts OfcATTN: Contracts Ofc Science Applications, Inc

Physics International Co ATTN: Contracts OfcP cATTN: J. Larson ATTN: B. Elyea, Security OfcATTN: 0. LhaoATTN: J. Shea Science Applications, IncATTN: L. Burr ATTN: Security Ofc

5 cy ATTN. Tech Library ATTN: B. Goplen

Pulse Sciences Inc Science Applications, IncATTN: W. Weseloh ATTN: P. Setty

ATTN: W. -imermanR & D Associates ATTN: W. LaysonATTN: F. Field 5 cy ATTN: Security OfcATTN: G. IvyATTN: M. Wright Science Applications, IncATTN: M. Warshaw ATTN: R. McClean

10 cy ATTN: Tech Info CtrR & D Associates Science Applications, IncR & AsocitesATTN: H. Dolatshahi2 Cy ATTN: Doc Con ATTN: R. Jaka

ATN .Jarka

R. F. Cross Associates, LtdATTN: R. Mahoney

93

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AD-AI31 273 AFWL BENCHMARK COMPUTER PROGRAM(U) BOEING REROSPACE CO 2/2SEATTLE WA B JNHENDERSON Ot MAY 82 DNA-5852FDNROOi-80-C-0056

UNCLASSIFIED F/G 9/2 NL

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1111 1.0.F1.251 11. 1 1.

MuICRCP REOUIO 2ET 2HRNATION = BUEA O 3F STNAD- -

DEPARTMENT OF DEFENSE CONTRACTORS (Continued) DEPARTMENT OF DEFENSE CONTRACTORS (Continued)

Science Applications, Inc TRW Electronics & Defense SectorATTN: C. Bates ATTN: G. Teraoka

ATTN: D. Jortner*Scientific Rsch Assoc, Inc ATTN: F. Fendell4ATTN: J. Kredozsky 2 cy ATTN: Tech Info Ctr

SRI International TRW Electronics & Defense SectorATTN: P. Wong ATTN: F. SterkATTN: B. Lew ATTN: F. StrawATTN: G. AbrahamsonATTN: P. Dolan United Technologies Rsch Ctr

9 cy ATTN: Library ATTN: H. Michels

SRI International Visidyne, Inc2 cy ATTN: Doc Con ATTN: H. Smiith

Sylvania Systems Grp Weidlinger Assoc, Consulting Engrg2 cy ATTN: Library ATTN: J. Wright

3 cy ATTN: N. BaronStrategic Systems Div

ATTN: A. Novenski Weidlinger Assoc, Consulting EngrgATTN: K. Stultz

System Planning & Analysis, IncATTN: Contracts Ofc Weidlinger AssociatesATTN: P. Vadola ATTN: J. Isenberg

ATTN: E. RichardsonTetra Tech, Inc

ATTN: Contracts Ofc Weidlinger Associates, IncATTN: E. Raney

Tetra Tech, IncATTN: J. Preston Westinghouse Corp

ATTN: J. Kasdorf -

Toyon Rsch CorpATTN: J. Garbarino

94