COMMENT ⊗   VALID 00003 PAGES
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C00001 00001
C00002 00002	to do
C00003 00003	2
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C⊗;
to do
pick panel
set demos

program format
fri  	aug 22
tutorials
sat   	aug 23
tours
sun	aug 24
registration
reception
mon	aug 25
reg 8-9
jmc 9-10
10-10:30
10:30-11
11-11:30
11:30-12
lunch 12-1
1-1:30
1:30-2
2-2:30
2:30-3
3-3:30
3:30-4
4-4:30
4:30-5
4-5:30
tues	aug 26
9-9:30
9:30-10
10-10:30
10:30-11
11:30
11:30-12
lunch 12-1
1-1:30
1:30-2
2-2:30
2:30-3
3-3:30
3:30-4
4-4:30  panel
4:30-5
4-5:30
banquet
wed	aug 27
tues	aug 26
9-9:30
9:30-10
10-10:30
10:30-11
11:30
11:30-12
lunch 12-1
1-1:30
1:30-2
2-2:30
2:30-3
3-3:30
3:30-4
4-4:30
4:30-5
4-5:30
2
Continuation-Based Multiprocessing
M. Wand, Indiana University

8
MULTI: A LISP based multiprocessing sytems
D. McKay and S. Shapiro, SUNY at Buffalo

10
Compilation Techniques for a Control-Flow Concurrent LISP System
J. Marti, University of Utah

14
Computing Cyclic List Structures
L. Morris, Syracuse University

22
A LISP Compiler Producing Compact Code
W. Rowan, UC San Francisco

23
Symbolic Computing with and without LISP
J. Fitch, University of Bath and  J. Campbell, University of Exeter

24 
Multiprocessing via Intercommunicating LISP Systems
M. Model, Brandeis University

27
HOPE: An Experimental Applicative Language
R. Burstall, D. MacQueen, and D. Sannella, University of Edinburgh

32
A Semantic Comparison of LISP and SCHEME
S. Muchnick, UC Berkeley  and U. Pleban, University of Kansas

33
Extending Object Oriented Programming in Smalltalk
I. Goldstein and D. Bobrow, Xerox PARC

37
The Function Class
T. Kurokawa, Toshiba

40
Divide and CONCer: Data Structuring in applicative multiprocessing systems
R. Keller, University of Utah

42
An Efficient Environment Allocation Scheme in an interpreter for a Lexically-scoped
LISP
D. McDermott and B. Greeen, Yale

47
A Session with Tinker: Interleaving Program Testing with Program Writing
H. Lieberman and C. Hewitt, MIT

52
Computing withText-graphics Forms
F. Lakin, Xerox

55
Explicit Parallelism in LISP-like Languages
G. Prini, University of Pisa

63
Prose and CONS: A commercial text-processing system in LISP
B. Greenberg, Honeywell

65
Strategies for Data Abstraction in LISP
B. Steele, MIT

66
MODLISP
J. Davenport and  R. Jenks, IBM

67
SKIM - The S, K, I Reduction Machine
T. Clarke, P. Gladstone, C. Maclean and A. Norman, Trinity College

68
The Dream of a Lifetime: A Lazy Scoping Mechanism
G. Steele and G. Sussman, MIT

69
On Compiling Embedded Languages in LISP
P. Emanuelson and A. Haraldsson, Linkoping

73
Local Optimization in a Compiler for Stack-based LISP Machines
L. Masinter and L. Deutsch, Xerox PARC

75
Overview and Implementation Status of Dorado LISP
R. Burton, L. Masinter, D. Bobrow, W. Haugeland, R. Kaplan, and B. Sheil, Xerox PARC

78
A System of Communicating Residential Environments
E. Sandewall, C. Stromberg, and H. Sorenson, Linkoping

81
Address/Memory Management for Gigantic LISP Environment
J. White, MIT

87
A Constructive Alternative to Axiomatic Data Type Definitions
R. Cartwright, Cornell

88 
Design of the APAIRY for Actor Systems
C. Hewitt, MIT

89
Special Forms
K. Pitman, MIT

96
ByteLisp and its Alto Implementation
L. Deutsch, Xerox PARC