Stephen C. Johnson
Proceedings of the 1979 SIGPLAN Symposium on Compiler Construction
SCC, 1979.

@proceedings{SCC-1979,
	acmid         = "800229",
	address       = "Denver, Colorado, USA",
	editor        = "Stephen C. Johnson",
	isbn          = "0-89791-002-8",
	publisher     = "{ACM}",
	title         = "{Proceedings of the 1979 SIGPLAN Symposium on Compiler Construction}",
	year          = 1979,
}

Contents (27 items)

9 ×#compilation
5 ×#implementation
5 ×#optimisation
4 ×#independence
3 ×#code generation
3 ×#pascal
2 ×#design
2 ×#fault
2 ×#multi
2 ×#performance

SCC-1979-Morris #abstraction #implementation

Data abstraction: A static implementation strategy (JBM), pp. 1–7.

SCC-1979-HoltW #implementation

A model for implementing Euclid modules and type templates (RCH, DBW), pp. 8–12.

SCC-1979-Williams

Program checking (GW), pp. 13–25.

SCC-1979-Raiha #attribute grammar #multi

Dynamic allocation of space for attribute instances in multi-pass evaluators of attribute grammars (KJR), pp. 26–38.

SCC-1979-CordyHW #approach #diagrams #semantics

Semantic charts: A diagrammatic approach to semantic processing (JRC, RCH, DBW), pp. 39–49.

SCC-1979-GrahamJR

Hashed symbol tables for languages with explicit scope control (SLG, WNJ, OR), pp. 50–57.

SCC-1979-DoneganNF #code generation

A code generator generator language (MKD, REN, SF), pp. 58–64.

SCC-1979-CattellNL #code generation #compilation #independence

Code generation in a machine-independent compiler (RGGC, JMN, BWL), pp. 65–75.

SCC-1979-Kahrs #implementation #interactive #programming

Implementation of an Interactive Programming System (MK), pp. 76–82.

SCC-1979-Fabri #automation #optimisation

Automatic storage optimization (JF), pp. 83–91.

SCC-1979-BonkowskiGM #compilation #migration

Porting the Zed compiler (GBB, WMG, MAM), pp. 92–97.

SCC-1979-Feldman #compilation #fortran #implementation #tool support #using

Implementation of a portable Fortran 77 compiler using modern tools (SIF), pp. 98–106.

SCC-1979-Abrahams #compilation #pl-i

The CIMS PL/I compiler (PWA), pp. 107–116.

SCC-1979-HansenSC #compilation #multi #pascal

Construction of a transportable, multi-pass compiler for extended Pascal (GJH, GAS, JDC), pp. 117–126.

SCC-1979-RudmikL #code generation #compilation #design #optimisation #performance

Compiler design for efficient code generation and program optimization (AR, ESL), pp. 127–138.

SCC-1979-LeBlancF #compilation #implementation #on the

On implementing separate compilation in block-structured languages (RJL, CNF), pp. 139–143.

SCC-1979-Pleban #compilation #matrix #recursion #using

The use of transition matrices in a recursive-descent compiler (UFP), pp. 144–151.

SCC-1979-MiltonKR #compilation #generative

An all(1) compiler generator (DRM, LWK, BRR), pp. 152–157.

SCC-1979-PaiK #fault #parsing #syntax

Global context recovery: A new strategy for parser recovery from syntax errors (ABP, RBK), pp. 158–167.

SCC-1979-GrahamHJ #fault #lr

Practical LR error recovery (SLG, CBH, WNJ), pp. 168–175.

SCC-1979-DeRemerP #lalr #performance #set

Efficient computation of LALR(1) look-ahead sets (FD, TJP), pp. 176–187.

SCC-1979-Frailey #independence #optimisation

An intermediate language for source and target independent code optimization (DJF), pp. 188–200.

SCC-1979-PerkinsS #independence #optimisation #pascal

Machine-independent PASCAL code optimization (DRP, RLS), pp. 201–207.

SCC-1979-Nelson #comparison #pascal

A comparison of PASCAL intermediate languages (PAN), pp. 208–213.

SCC-1979-Ball #optimisation #predict

Predicting the effects of optimization on a procedure body (JEB), pp. 214–220.

SCC-1979-Sites #independence

Machine-independent register allocation (RLS), pp. 221–225.

SCC-1979-MintzFS #design

The design of a global optimizer (RJM, GAF, MS), pp. 226–234.