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-*- Text -*-
@string{sigchi = "SIGCHI Conference on Human Factors in Computing Systems"}
@inproceedings{eok:mit-rep-ac-err-fb,
skpaper="true",
author="Serge Egelman and Andrew Oates and Shriram Krishnamurthi",
title="Oops, {I} Did it Again:
Mitigating Repeated Access Control Errors on {Facebook}",
booktitle=sigchi,
year=2011}
@string{sefm = "Software Engineering and Formal Methods"}
@inproceedings{dnhkd:user-st-princ-mod-find-out,
skpaper="true",
author="Natasha Danas and Tim Nelson and Lane Harrison and
Shriram Krishnamurthi and Daniel J. Dougherty",
title="User Studies of Principled Model Finder Output",
booktitle=sefm,
year=2017}
@string{sigcse = "ACM Technical Symposium on Computer Science Education"}
@string{sacmat = "ACM Symposium on Access Control Models and Technologies"}
@inproceedings{fk:mod-tri-env-pol-aut,
skpaper="true",
author="Kathi Fisler and Shriram Krishnamurthi",
title="A Model of Triangulating Environments for Policy Authoring",
booktitle=sacmat,
year=2010}
@inproceedings{Truf13,
author = {W\"{u}rthinger, Thomas and Wimmer, Christian and W\"{o}\ss, Andreas and Stadler, Lukas and Duboscq, Gilles and Humer, Christian and Richards, Gregor and Simon, Doug and Wolczko, Mario},
title = {One {VM} to rule them all},
booktitle = onward,
year = {2013},
}
@string{jan = "January"}
@string{isaira = "International Symposium on Artificial Intelligence,
Robotics and Automation in Space"}
@string{rice = "Rice University"}
@string{ieee-computer = "IEEE Computer"}
@string{rv = "Run-Time Verification"}
@string{aosd = "International Conference on Aspect-Oriented Software Development"}
@string{ase = "IEEE International Symposium on Automated Software Engineering"}
@string{cacm = "Communications of the ACM"}
@string{cbse = "ICSE Workshop on Component-Based Software Engineering"}
@string{computing-surveys = "ACM Computing Surveys"}
@string{dsl = "USENIX Conference on Domain-Specific Languages"}
@string{ecoop = "European Conference on Object-Oriented Programming"}
@string{esop = "European Symposium on Programming"}
@string{cc = "ETAPS Symposium on Compiler Construction"}
@string{esec/fse = "Joint European Software Engineering Conference and Symposium on the Foundations of Software Engineering"}
@string{fool = "Foundations of Object-Oriented Languages"}
@string{fse = "International Symposium on the Foundations of Software Engineering"}
@string{gcse = "International Symposium on Generative and Component-Based Software Engineering"}
@string{hosc = "Higher-Order and Symbolic Computation"}
@string{ic = "Information \& Computation"}
@string{icalp = "International Conference on Automata, Languages and Programming"}
@string{icfp = "International Conference on Functional Programming"}
@string{icse = "International Conference on Software Engineering"}
@string{icsr = "International Conference on Software Reuse"}
@string{jcss = "Journal of Computer and System Sciences"}
@string{jfp = "Journal of Functional Programming"}
@string{lasc = "Lisp and Symbolic Computation"}
@string{lfp = "Symposium on Lisp and Functional Programming"}
@string{lics = "Symposium on Logic in Computer Science"}
@string{ppdp = "Conference on Principles and Practice of Declarative Programming"},
@string{monterey2001 = "Monterey Workshop on Engineering Automation for Software Intensive System Integration"}
@string{oopsla = "Conference on Object-Oriented Programming Systems, Languages \& Applications"}
@string{oopslacompanion = "Conference on Object-Oriented Programming Systems, Languages \& Applications Companion"}
@string{onward = "Onward! Symposium on New Ideas in Programming and Reflections on Software"},
@string{padl = "Symposium on the Practical Aspects of Declarative Languages"}
@string{pepm = "Symposium on Partial Evaluation and Semantics-Based Program Manipulation"}
@string{pldi = "Conference on Programming Language Design and Implementation"}
@string{plilp = "International Symposium on Programming Languages: Implementations, Logics, and Programs"}
@string{plop = "Pattern Languages of Program Design"}
@string{popl = "Symposium on Principles of Programming Languages"}
@string{sigplan-notices = "ACM SIGPLAN Notices"}
@string{sosp = "Symposium on Operating System Principles"}
@string{spe = "Software--Practice and Experience"}
@string{spin-sw-mc = "SPIN Workshop on Software Model Checking"}
@string{swconfmgmt = "International Workshop on Software Configuration
Management"}
@string{tcs = "Theoretical Computer Science"}
@string{tocs = "ACM Transactions on Computer Systems"}
@string{tools-symp = "Technology of Object-Oriented Languages and Systems"}
@string{toplas = "ACM Transactions on Programming Languages and Systems"}
@string{tosem = "ACM Transactions on Software Engineering and Methodology"}
@string{ieee-software = "IEEE Software"}
@string{ieee-tose = "IEEE Transactions on Software Engineering"}
@string{fme = "{International Symposium of Formal Methods Europe}"}
@string{snapl="{Summit on Advances in Programming Languages}"}
@string{scheme="{Workshop on Scheme and Functional Programming}"}
@string{flops="{International Symposium on Functional and Logic Programming}"}
@string{gpce="Generative Programming and Component Engineering"}
@string{acm = "Association for Computing Machinery"}
@string{addison-wesley = "Addison-Wesley"}
@string{addison-wesley-longman = "Addison Wesley Longman"}
@string{cup = "Cambridge"}
@string{fsf = "Free Software Foundation"}
@string{mit-press = "MIT Press"}
@string{springer = "Springer-Verlag"}
@string{prentice-hall = "Prentice-Hall"}
@string{pws = "PWS Publishing"}
@string{mcgraw-hill = "McGraw-Hill"}
@string{wiley = "Wiley"}
@string {mit-lcs = "MIT Laboratory for Computer Science"}
@string{manuscript = "Unpublished manuscript"}
@string{personal = "Personal communication"}
@string{tr = "Technical Report"}
@string{lncs = "Springer Lecture Notes in Computer Science"}
@string{w3c = "{W}orld {W}ide {W}eb {C}onsortium"}
%% -----------------------------------------------------------------------------
%% SK citations
@string{dyn-lang-symp = "Dynamic Languages Symposium"}
@string{dls = "Dynamic Languages Symposium"}
@string{rta = "Rewriting Techniques and Applications"}
@string{asej = "Automated Software Engineering Journal"}
@string{fdpe = "Functional and Declarative Programming in Education"}
@inproceedings{gmfk:rel-par-poly-cont,
skpaper="true",
author="Arjun Guha and Jacob Matthews and Robert Bruce Findler
and Shriram Krishnamurthi",
title="Relationally-Parametric Polymorphic Contracts",
booktitle=dyn-lang-symp,
year=2007,
month=oct,
abstract=
"The analogy between types and contracts raises the question of how
many features of static type systems can be expressed as dynamic
contracts. An important feature missing in prior work on
contracts is parametricity, as represented by the polymorphic
types in languages like Standard ML.
We present a contract counterpart to parametricity. We explore
multiple designs for such a system and present one that is simple
and incurs minimal execution overhead. We show how to extend the
notion of contract blame to our definition. We present a form of
inference that can often save programmers from having to
explicitly instantiate many parametric contracts. Finally, we
present several examples that illustrate how this system mimics
the feel and properties of parametric polymorphism in typed
languages."}
@inproceedings{fortress-macros,
author = {E. Allen and R. Culpepper and J.D. Nielsen and J. Rafkind and S. Ryu},
title = "Growing a syntax",
booktitle= fool,
year=2009}
@inproceedings{flf:contracts-beh-subtyp,
author="R.~Findler and M.~Latendresse and M.~Felleisen",
title="Behavioral contracts and behavioral subtyping",
booktitle=fse,
pages = "229--236",
year=2001}
@inproceedings{ff:oo-contract-sound-oo,
author="R.~Findler and M.~Felleisen",
title="Contract soundness for object-oriented languages",
booktitle=oopsla,
year=2001}
@inproceedings{jm:serialize-continuation,
author="Jay McCarthy",
title="The two-state solution",
booktitle=oopsla,
pages="567--582",
year=2010}
@inproceedings{cgkf:little-pe-mont,
skpaper="true",
author="John Clements and Paul T.~Graunke and Shriram Krishnamurthi
and Matthias Felleisen",
title="Little Languages and their Programming Environments",
booktitle=monterey2001,
month=jun,
pages="1--18",
year=2001,
abstract=
"Programmers constantly design, implement, and program in little
languages. Two different approaches to the implementation of
little languages have evolved. One emphasizes the design of little
languages from scratch, using conventional technology to implement
interpreters and compilers. The other advances the idea of
extending a general-purpose host language; that is, the little
language shares the host language'ss features (variables, data,
loops, functions) where possible; its interpreters and compilers;
and even its type soundness theorem. The second approach is often
called a language \emph{embedding}.
This paper directs the attention of little language designers to a
badly neglected area: the programming environments of little
languages. We argue that an embedded little language should
inherit not only the host language's syntactic and semantic
structure, but also its programming environment.
We illustrate the idea with our DrScheme programming environment
and S-XML, a little transformation language for XML
trees. DrScheme provides a host of tools for Scheme: a syntax
analysis tool, a static debugger, an algebraic stepper, a portable
plugin system, and an interactive evaluator. S-XML supports the
definition of XML languages using a simple form of schemas, the
convenient creation of XML data, and the definition of XML
transformations.
The S-XML embedding consists of two parts: a library of functions
and a set of syntactic extensions. The elaboration of a syntactic
extension into core Scheme preserves the information necessary to
report the results of an analysis or of a program evaluation at
the source level. As a result, all of DrScheme's tools are
naturally extended to the embedded language. The process of
embedding the S-XML language into Scheme directly creates a
full-fledged S-XML environment.
We believe that this method of language implementation may be
generalized to other languages and other environments, and
represents a substantial improvement upon current practice."}
@article{fffk:drscheme-overview,
skpaper="true",
author="Matthias Felleisen and Robert Bruce Findler and Matthew
Flatt and Shriram Krishnamurthi",
title="The {D}r{S}cheme Project: An Overview",
journal=sigplan-notices,
year=1998,
month=jun,
note="Invited paper.",
abstract=
"
DrScheme provides a graphical user interface for editing and
interactively evaluating Scheme programs on all major graphical
platforms (Windows 95/nt, MacOs, Unix/X). The environment is
especially wellsuited to beginning programmers because it
supports a tower of Scheme subsets. Each level corresponds to a
particular stage in a typical introductory Scheme course and
implements a stringent set of syntactic checks. The environment
also pinpoints runtime exceptions in a graphical manner and
implements a mostly functional readevalprint loop.
DrScheme's most advanced component is a powerful static
debugger. It permits programmers to inspect programs for potential
safety violations before running them. If the debugger discovers a
potential problem, it explains the problem by drawing a valueflow
graph over the program text. The valueflow graphs shows how an
inappropriate value may reach a program operation and trigger a
runtime check.
The development of DrScheme in Scheme validated the strengths of
Scheme, but also revealed several weaknesses. To overcome the
latter, the underlying Scheme implementation was extended with a
classbased object system, a language of program units, and a
sophisticated GUI engine. All of these extensions are available to
the programmer, who can thus interactively create fully portable,
graphical applications."}
@book{fffk:htdp,
skpaper="true",
author="Matthias Felleisen and Robert Bruce Findler and Matthew Flatt and Shriram Krishnamurthi",
title="How to Design Programs. Second Edition.",
publisher=mit-press,
year={2001--2018},
url="http://www.htdp.org/"}
@book{sy:extensible,
author="N. Solnsteff and A. Yezerski",
title="Survey of Extensible Programming Language",
publisher="John Wiley \& Sons",
year=1973}
@book{brown:extensible,
author="P.J. Brown",
title="Macro Processors and Techniques for Portable Software",
publisher="John Wiley \& Sons",
year=1974}
@book{schuman:extensible,
author="Stephen A. Schuman (Ed.)",
title="Proceedings of the International Symposium on Extensible Language",
publisher="ACM SIGPLAN",
year=1971}
@book{cs:extensible,
author="Carlos Christensen and Christopher J. Shaw (Eds.)",
title="Proceedings of the International Symposium on Extensible Language",
publisher="ACM SIGPLAN",
year=1969}
@book{fffk:htdp2e,
skpaper="true",
author="Matthias Felleisen and Robert Bruce Findler and Matthew Flatt and Shriram Krishnamurthi",
title="How to Design Programs, Second Edition",
publisher=mit-press,
year=2016,
url="http://www.ccs.neu.edu/home/matthias/HtDP2e/"}
@inproceedings{ff:ho-contracts,
author="R.~Findler and M.~Felleisen",
title="Contracts for higher-order functions",
booktitle=icfp,
pages="48--59",
year=2002}
@article{fffk:ts-project-journal,
skpaper="true",
author="Matthias Felleisen and Robert Bruce Findler and Matthew
Flatt and Shriram Krishnamurthi",
title="The {TeachScheme!} Project: Computing and Programming
for Every Student",
journal="Computer Science Education",
volume=14,
number=1,
pages="55--77",
year=2004,
abstract="
The TeachScheme! Project aims to reform three aspects of
introductory programming courses in secondary schools. First, we
use a design method that asks students to develop programs in a
stepwise fashion such that each step produces a well-specified
intermediate product. Second, we use an entire series of
programming languages, not just one. Each element of the series
introduce students to specific linguistic mechanisms and thus
represents a cognitive development environment that was
specifically developed for beginners. This paper presents the
project's premises, the details of its innovations, and a
preliminary experience report."}
@article{fffkf:drscheme-journal,
skpaper="true",
author="Robert Bruce Findler and John Clements and
Cormac Flanagan and Matthew Flatt
and Shriram Krishnamurthi and Paul Steckler and
Matthias Felleisen",
title="{DrScheme}: A Programming Environment for
{S}cheme",
journal=jfp,
volume=12,
number=2,
pages="159--182",
year="2002",
abstract=
"DrScheme is a programming environment for Scheme. It fully
integrates a graphics-enriched editor, a parser for multiple
variants of Scheme, a functional read-eval-print loop, and an
algebraic printer. The environment is especially useful for
students, because it has a tower of syntactically restricted
variants of Scheme that are designed to catch typical student
mistakes and explain them in terms the students understand. The
environment is also useful for professional programmers, due to
its sophisticated programming tools, such as the static debugger,
and its advanced language features, such as units and mixins.
Beyond the ordinary programming environment tools, DrScheme
provides an algebraic stepper, a context-sensitive syntax checker,
and a static debugger. The stepper reduces Scheme programs to
values, according to the reduction semantics of Scheme. It is
useful for explaining the semantics of linguistic facilities and
for studying the behavior of small programs. The syntax checker
annotates programs with font and color changes based on the
syntactic structure of the program. On demand, it draws arrows
that point from bound to binding occurrences of identifiers. It
also supports alpha-renaming. Finally, the static debugger
provides a type inference system that explains specific inferences
in terms of a value-flow graph, selectively overlaid on the
program text."}
@inproceedings{ff:units,
author="Matthew Flatt and Matthias Felleisen",
title="Cool Modules for {HOT} Languages",
pages="236--248",
booktitle=pldi,
year=1998}
@inproceedings{ffkf:mred,
skpaper="true",
author="Matthew Flatt and Robert Bruce Findler and Shriram
Krishnamurthi and Matthias Felleisen",
title="Programming Languages as Operating Systems (or,
{R}evenge of the {S}on of the {L}isp {M}achine)",
booktitle=icfp,
year=1999,
month=sep,
pages="138--147",
abstract=
"The MrEd virtual machine serves both as the implementation
platform for the DrScheme programming environment, and as the
underlying Scheme engine for executing expressions and programs
entered into DrScheme's read-eval-print loop. We describe the key
elements of the MrEd virtual machine for building a programming
environment, and we step through the implementation of a miniature
version of DrScheme in MrEd. More generally, we show how MrEd
defines a high-level operating system for graphical programs."}
@inproceedings{fkf:classes-mixins,
skpaper="true",
author="Matthew Flatt and Shriram Krishnamurthi and Matthias Felleisen",
title="Classes and Mixins",
booktitle=popl,
year=1998,
pages="171--183",
month=jan,
abstract=
"While class-based object-oriented programming languages provide a
flexible mechanism for re-using and managing related pieces of
code, they typically lack linguistic facilities for specifying a
uniform extension of many classes with one set of fields and
methods. As a result, programmers are unable to express certain
abstractions over classes.
In this paper we develop a model of class-to-class functions that
we refer to as \emph{mixins}. A mixin function maps a class to an
extended class by adding or overriding fields and methods.
Programming with mixins is similar to programming with single
inheritance classes, but mixins more directly encourage
programming to interfaces.
The paper develops these ideas within the context of Java. The
results are
\begin{enumerate}
\item an intuitive model of an essential Java subset;
\item an extension that explains and models mixins; and
\item type soundness theorems for these languages.
\end{enumerate}."}
@inproceedings{gfkf:web-restructuring-cps,
skpaper="true",
author="Paul T.~Graunke and Robert Bruce Findler and Shriram
Krishnamurthi and Matthias Felleisen",
title="Automatically Restructuring Programs for the {W}eb",
booktitle=ase,
year=2001,
month=nov,
pages="211--222",
cvnote="{\bf Award Paper}.",
abstract=
"The construction of interactive server-side Web applications
differs substantially from the construction of traditional
interactive programs. In contrast, existing Web programming
paradigms force programmers to save and restore control state
between user interactions. We present an automated transformation
that converts traditional interactive programs into standard CGI
programs. This enables reuse of existing software development
methodologies. Furthermore, an adaptation of existing programming
environments supports the development of Web programs."}
@inproceedings{gk:gui-cont-flow,
skpaper="true",
author="Paul T.~Graunke and Shriram Krishnamurthi",
title="Advanced Control Flows for Graphical User Interfaces",
booktitle=icse,
year=2002,
month=may,
pages="277--287",
abstract=
"Web and {\sc gui} programs represent two extremely common and
popular modes of human-computer interaction. Many {\sc gui}
programs share the Web's notion of \emph{browsing} through data-
and decision-trees. This paper compares the user's browsing power
in the two cases and illustrates that many {\sc gui} programs fall
short of the Web's power to clone windows and bookmark
applications. It identifies a key implementation problem that
{\sc gui} programs must overcome to provide this power. It then
describes a theoretically well-founded programming pattern, which
we have automated, that endows {\sc gui} programs with these
capabilities. The paper provides concrete examples of the
transformation in action."}
@inproceedings{gkvf:web-server-on-hlos,
skpaper="true",
author="Paul T.~Graunke and Shriram Krishnamurthi and Steve van der
Hoeven and Matthias Felleisen",
title="Programming the {W}eb with High-Level Programming Languages",
booktitle=esop,
year=2001,
month=apr,
pages="122--136",
abstract=
"Many modern programs provide operating system-style services to
extension modules. A Web server, for instance, behaves like a
simple OS kernel. It invokes programs that dynamically generate
Web pages and manages their resource consumption. Most Web
servers, however, rely on conventional operating systems to
provide these services. As a result, the solutions are
inefficient, and impose a serious overhead on the programmer of
dynamic extensions.
In this paper, we show that a Web server implemented in a suitably
extended high-level programming language overcomes all these
problems. First, building a server in such a language is
straightforward. Second, the server delivers static content at
performance levels comparable to a conventional server. Third, the
Web server delivers dynamic content at a much higher rate than a
conventional server, which is important because a significant
portion of Web content is now dynamically generated. Finally, the
server provides programming mechanisms for the dynamic generation
of Web content that are difficult to support in a conventional
server architecture."}
@inproceedings{kfd:macro-to-gen-prog,
skpaper="true",
author="Shriram Krishnamurthi and Matthias Felleisen and Bruce
F.~Duba",
title="From Macros to Reusable Generative Programming",
booktitle=gcse,
year=1999,
month=sep,
series=lncs,
number=1799,
pages="105--120",
abstract=
"Generative programming is widely used both to develop new
programming languages and to extend existing ones with
domain-specific sub-languages. This paper describes {\sf
McMicMac}, a framework for generative programming. {\sf McMicMac}
uses tree-transforming macros as language specifications, and
enhances them with inherited and synthesized attributes. The
enhanced transformers can describe general compilation tasks.
Families of these specifications are grouped into mixin-like
collections called vocabularies. Programmers can defined new
languages by composing these vocabularies. We have implemented
{\sf McMicMac} for Scheme and used it to build several systems,
including the DrScheme programming environment. The principles of
{\sf McMicMac} carry over to other languages and environments."}
@inproceedings{kgg:xt3d,
skpaper="true",
author="Shriram Krishnamurthi and Kathryn E.~Gray and Paul
T.~Graunke",
title="Transformation-by-Example for {XML}",
booktitle=padl,
month=jan,
year=2000,
pages="249--262",
abstract=
"{\sc xml} is a language for describing markup languages for
structured data. A growing number of applications that process
{\sc xml} documents are \emph{transformers}, i.e., programs that
convert documents between {\sc xml} languages. Unfortunately, the
current proposals for transformers are complex general-purpose
languages, which will be unappealing as the {\sc xml} user base
broadens and thus decreases in technical sophistication. We have
designed and implemented {\sc xt3d}, a highly declarative {\sc
xml} specification language. It demands little more from users
than a knowledge of the expected input and desired output. We
illustrate the power of {\sc xt3d} with several examples,
including one reminiscent of polytypic programming that greatly
simplifies the import of {\sc xml} values into general-purpose
languages."}
@article{mfgkf:web-restructuring-cps-journal,
skpaper="true",
author="Jacob Matthews and Robert Bruce Findler and
Paul T.~Graunke and Shriram Krishnamurthi and Matthias Felleisen",
title="Automatically Restructuring Programs for the {W}eb",
journal=asej,
volume=11,
number=4,
year=2004,
pages="337--364",
abstract=
"This paper explains how to automatically transform a batch
program into a standard CGI program. The transformation preserves
the program's behavior even if consumers use the back button or
the window-cloning facilities of their Web browsers. The paper
demonstrates the workings of the transformation for both Scheme
and C programs and discusses how it applies to any full-fledged
programming language."}
@inproceedings{fffk:htdp-vs-sicp,
skpaper="true",
author="Matthias Felleisen and Robert Bruce Findler and Matthew
Flatt and Shriram Krishnamurthi",
title="The Structure and Interpretation of the Computer Science
Curriculum",
booktitle=fdpe,
year=2002,
month=oct,
editor="Michael Hanus and Shriram Krishnamurthi and
Simon Thompson",
abstract="
Nearly twenty years ago, \emph{Structure and Interpretation of
Computer Programs} ({\sc sicp}) changed the intellectual landscape
of introductory computing courses. Unfortunately, three
problems---its lack of an explicit program design methodology, its
reliance on domain knowledge, and the whimsies of Scheme---have
made it integrate poorly with the rest of the curriculum and fail
to maintain its position in several departments.
In this paper we analyze the structural constraints of the typical
computer science curriculum and interpret {\sc sicp} and Scheme
from this perspective. We then discuss how our new book, \emph{How
to Design Programs}, overcomes {\sc sicp}'s problems. We hope
that this discussion helps instructors understand the structure
and interpretation of introductory courses on computer science."}
@incollection{fkf:classes-mixins-extended,
skpaper="true",
author="Matthew Flatt and Shriram Krishnamurthi and Matthias Felleisen",
title="A Programmer's Reduction Semantics for Classes and Mixins",
booktitle="Formal Syntax and Semantics of {J}ava",
publisher=springer,
year=1999,
pages="241--269",
editor="Jim Alves-Foss",
number=1523,
series=lncs}
%% -----------------------------------------------------------------------------
@techreport{mf:drjones,
author="Mark A. Foltz",
title="Dr. {Jones}: A Software Design Explorer's Crystal Ball",
institution="MIT AI Lab",
year="expected in 2003"
}
@inproceedings{kfgf:modeling,
author = "S. Krishnamurthi and R. B. Findler and P. Graunke and M. Felleisen",
title = "Modeling Web Interactions and Errors",
booktitle = "Interactive Computation: The New Paradigm",
year = {2006},
editor="Dina Goldin and Scott Smolka and Peter Wegner",
publisher = {Springer Verlag}
}
@inproceedings{gfh:gc,
author = {Greg Morrisett and Matthias Felleisen and Robert Harper},
title = {Abstract models of memory management},
booktitle = {FPCA '95: Proceedings of the seventh international conference on Functional programming languages and computer architecture},
year = {1995},
isbn = {0-89791-719-7},
pages = {66--77}
}
@techreport{admt:profiling,
author="Andrew W.~Appel and Bruce F.~Duba and David B.~Mac{Q}ueen
and Andrew P.~Tolmach",
title="Profiling in the Presence of Optimization and Garbage
Collection",
institution="{P}rinceton {U}niversity",
year="1988",
type=tr,
number="CS-TR-197-88",
month=nov}
@inproceedings{br:synclo,
author="Alan Bawden and Jonathan Rees",
title="Syntactic Closures",
booktitle=lfp,
year="1988",
pages="86--95"}
@inproceedings{ cddkm:miniml,
author="D. Clement and J. Despeyroux and T. Despeyroux and G. Kahn",
title="A simple applicative language: {M}ini-{ML}",
booktitle=lfp,
year="1986",
pages="13--28"
}
@article{ p:modules,
title="On the criteria to be used in decomposing systems into modules",
author="David L. Parnas",
journal=cacm,
volume=15,
issue=12,
year=1972,
pages="1053--1058"
}
@incollection{hp:modules,
author = {Robert Harper and Benjamin C. Pierce},
title = {Design Issues in Advanced Module Systems},
booktitle = {Advanced Topics in Types and Programming Languages},
publisher = {MIT Press},
year = {2004},
editor = {Benjamin C. Pierce},
}
@manual{gb:donkey,
title="{D}onkey Reference Manual",
author="Gann Bierner",
organization="{R}ice {U}niversity"}
@inproceedings{fb:syntox,
author="Fran{\c c}ois Bourdoncle",
title="Abstract Debugging of Higher-Order Imperative Languages",
booktitle=pldi,
year="1993",
pages="46--55"}
@booklet{crs:chez,
title="{\it {C}hez} {S}cheme {R}eference {M}anual",
author="{{C}adence {R}esearch {S}ystems}",
year="1994"}
@booklet{cf:cl,
title="Combinatory Logic I",
author="H.B. Curry and R. Feys",
publisher="North-Holland",
address ="Amsterdam",
year="1958"}
@article{ci:gramps,
author="Robert D.~Cameron and M.~Robert Ito",
title="Grammar-Based Definition of Metaprogramming Systems",
journal=toplas,
year="1984",
volume="6",
number="1",
pages="20--54",
month=jan}
@article{cf:tail-stack,
author="J. Clements and M. Felleisen",
title="A tail-recursive machine semantics for stack inspection",
journal=toplas,
year="2004",
pages="1029--1052",
month=nov}
@techreport{cma:extensible,
author="Luca Cardelli and Florian Matthes and Mart\'{\i}n Abadi",
title="Extensible Syntax with Lexical Scoping",
institution="Digital SRC",
year="1994",
type="Research Report",
number="121"}
@inproceedings{rg:static-cost-fx,
author = {Brian Reistad and David K. Gifford},
title = {Static dependent costs for estimating execution time},
booktitle = lfp,
year = {1994},
pages = {65--78}
}
@inproceedings{ us:nomadicpi,
author = {Asis Unyapoth and Peter Sewell},
title = {Nomadic pict: correct communication infrastructure for mobile computation},
booktitle = popl,
year = {2001},
isbn = {1-58113-336-7},
pages = {116--127}
}
@inproceedings{ cg:mobile,
author = "Luca Cardelli and Andrew D. Gordon",
title = "Types for Mobile Ambients",
booktitle = "Symposium on Principles of Programming Languages",
pages = "79-92",
year = "1999",
url = "citeseer.ist.psu.edu/cardelli98types.html" }
@inproceedings{bg:nesl,
author = {Guy E. Blelloch and John Greiner},
title = {A provable time and space efficient implementation of NESL},
booktitle = icfp,
year = {1996},
pages = {213--225}
}
@unpublished{cp:domain-theory,
title="Domain Theory: An Introduction",
author="Robert Cartwright and Rebecca Parsons",
note=manuscript,
month=jan,
year="1994"}
@inproceedings{ cd:grad,
author="Robert Cartwright and Alan Demers",
title="The topology of program termination",
booktitle="Proceedings of the Symposium on Logic in Computer Science",
year=1988,
pages="296--308"
}
@article{hc:adaptable-grammars,
author="Henning Christiansen",
title="A Survey of Adaptable Grammars",
journal="{SIGPLAN Notices}",
year="1990",
volume="25",
number="11",
pages="35--44",
month=nov}
@article{m:macros,
author="Donald MacLaren",
title="Macro processing in {EPS}",
journal="{SIGPLAN Notices}",
year="1969",
volume="4",
number="8",
pages="32--36"}
@article{m2:macros,
author="John Metzner",
title="A graded bibliography on macro systems and extensible languages",
journal="{SIGPLAN Notices}",
year="1979",
volume="14",
number="1",
pages="57--68"}
@article{cr:r4rs,
author="William Clinger and Jonathan Rees",
title="The Revised${}^4$ Report on the Algorithmic Language
{S}cheme",
journal="{ACM} {L}isp Pointers", year="1991",
volume="4",
number="3",
month="July"}
@techreport{wc:r3rs,
author="William Clinger",
title="The Revised Revised Report on the Algorithmic Language {S}cheme",
institution="{I}ndiana University and MIT",
year="1985",
type="Joint Technical Report",
}
@inproceedings{cr:mtw,
author="William Clinger and Jonathan Rees",
title="Macros That Work",
booktitle=popl,
year="1991",
pages="155--162"}
@inproceedings{cf:ea,
author="R. Cobbe and M. Felleisen",
title=" Environmental acquisition revisited",
booktitle=popl,
year="2005",
pages="14--25"
}
@inproceedings{ro:lms,
author = {Rompf, Tiark and Odersky, Martin},
title = {Lightweight Modular Staging: A Pragmatic Approach to Runtime Code Generation and Compiled DSLs},
series = gpce,
year = {2010},
pages = {127--136}
}
@inproceedings{ok:mtc,
author="Oleg Kiselyov",
title="Macros That Compose: Systematic Macro Programming",
booktitle=gpce,
year="2002",
}
@inproceedings{cf:icfp10,
author = {Ryan Culpepper and Matthias Felleisen},
title = "Fortifying Macros",
booktitle = icfp,
year = {2010},
}
@inproceedings{cf:macro-shapes,
author="R. Culpepper and M. Felleisen",
title="Taming Macros",
booktitle=gpce,
year="2004",
pages="225--243"
}
@inproceedings{cf:macro-stepper,
author="R. Culpepper and M. Felleisen",
title="Debugging Macros",
booktitle=gpce,
year="2007"
}
@book{dp:lattices-and-order,
title="Introduction to Lattices and Order",
author="B.~A.~Davey and H.~A.~Priestley",
publisher="Cambridge",
year="1990"}
@book{sg:soft-arch,
title="Software Architecture: Perspectives on an Emerging Discipline",
author="Mary Shaw and David Garlan",
publisher="Prentice Hall",
year="1996"}
@article{raymond:cathedral,
title="The cathedral and the bazaar",
author="Eric S. Raymond",
journal="{First Monday}",
url="http://www.firstmonday.dk/issues/issue3_3/raymond/",
volume="3",
number="3",
year="1998",
month=mar
}
@book{brooks:mythical,
title="The Mythical Man-Month",
note="Anniversary Edition",
author="Frederick P. Brooks, Jr.",
publisher="Addison Wesley",
year="1995"}
@book{wq:set-theory,
title="Set Theorey and Its Logic",
author="Willard van Orman Quine",
publisher="Harvard Press",
year="1963"}
@book{rkd:spl,
author="R.~Kent Dybvig",
title="The {S}cheme Programming Language",
publisher="{P}rentice-{H}all",
year="1987, 2015",
edition="4"}
@article{dfh:eps,
author="R.~Kent Dybvig and Daniel P.~Friedman and Christopher
T.~Haynes",
title="Expansion-Passing Style: A General Macro Mechanism",
journal=lasc,
year="1988",
volume="1",
number="1",
pages="53--75",
month=jan}
@article{dhb:sc,
author="R.~Kent Dybvig and Robert Hieb and Carl Bruggeman",
title="Syntactic abstraction in {S}cheme",
journal=lasc,
year="1993",
volume="5",
number="4",
pages="295--326",
month=dec}
@article{je:cfl-parse,
author="Jay Earley",
title="An Efficient Context-Free Parsing Algorithm",
journal=cacm,
year="1970",
volume="13",
number="2",
pages="94--102",
month=feb}
@techreport{me:bochser,
author="Michael Eisenberg",
title="Bochser: an Integrated {S}cheme Programming System",
institution="{MIT}",
year="1985",
type="Technical Report",
number="349",
month=oct}
@article{mf:expressive1,
author="Matthias Felleisen",
title="On the Expressive Power of Programming Languages",
journal=scp,
year="1991",
volume="17",
pages="35--75"}
@inproceedings{jf:rewrite,
author="John Field",
title="A Simple Rewriting Semantics for Realistic Imperative
Programs and its Application to Program Analysis",
booktitle="Workshop on Partial Evaluation and Semantics-Based
Program Transformation",
year="1992",
pages="98--107"}