% Macros: (keep minimal)
@string{fiderep={FIDE Technical Report Series}}
@string{fidecoord={FIDE Project Coordinator, Department of Computing
                   Sciences, University of Glasgow, Glasgow G128QQ}}
@string{hbg-info     ={Fachbereich Informatik, Universit\"at Hamburg}}
@string{ffm-info     ={Fachbereich Informatik, Johann Wolfgang Goethe-Universit\"at Frankfurt, Germany}}
@string{ros-info     ={Fachbereich Informatik, Universit\"at Rostock, Germany}}
@string{springer     ={Springer-Verlag}}
@string{tis          ={Topics in Information Systems}}
@string{lncs         ={Lecture Notes in Computer Science}}
@string{dbpl91       ={Proceedings of the Third International Workshop on 
                       Database Programming Languages, Nafplion, Greece}}
@string{also1        ={Also appeared as }}
@string{also2        ={, } # fiderep # {, } # fidecoord}
@string{
        surveys  = "ACM Computing Surveys"}

@book{YWT*95,
author={Yourdon, E. and Whitehead, K. and Thomann, J. and Oppel, K.
		  and Nevermann, P.},
title=          {Mainstream Objects: An Analysis and Design Approach for
		  Business},
publisher=      {Yourdon Press (Prentice Hall)},
year=           {1995},
keywords=       {Analysis, Modeling, Design, developed by SOFTWARE AG, business
		  process modeling, workflow. Why adopt an object-oriented
		  approach? Fundamental OO Concepts and Principles, Selected
		  Object-Oriented Modeling Techniques, Object Structure
		  Modeling, Business Process and Transaction Sequence Modeling,
		  Object Interaction Modeling, Object Life Cycle Modeling,
		  System-Wide Modeling, Managing an object-oriented development
		  initiative, overview of object-oriented project life cycles,
		  planning an object-oriented project, business analysis,
		  system requirements analysis, logical design, physical
		  design, Development of object-oriented applications
		  (Natural-oo), Testing, Acceptance, Cutover and Operation,
		  Thinking Object Oriented -- Analysis and Design Guidelines,
		  Design Patterns.}
}

@techreport{corba-spec,
author=         {{Object Management Group}},
title=          {The {Common} {Object} {Request} {Broker:} {Architecture} and
		  {Specification}},
institution=    {OMG},
type=           {Document},
number=         {PTC/96-03-04, Revision 2.0},
month=          jul,
year=           {1995},
keywords=       {Object Model, CORBA Architecture, IDL (Interface Definition
		  Language) Syntax and Semantics, C Language Sub mapping,
		  Dynamic Invocation Interface, The Interface Repository, ORB
		  Interface, The Basic Object Adapter, Interoperability,
		  Digital Equipment Corporation, Hewlett-Packard Company,
		  HyperDesk Corporation, NCR Corporation, Object Design Inc.,
		  SunSoft Inc.}
}

@techreport{MMM93,
key=            {MMM93},
author=          {Mathiske, B. and Matthes, F. and M\"u{\ss}ig, S.},
title=           {The {Tycoon} {System} and {Library} {Manual}},
institution=     hbg-info,
type=            {DBIS Tycoon Report},
number=          {212-93},
year=            1993,
month=           dec,
note=            {(Revised 19-jan-1996)},
documentdirectory= {1993/MMM93},
abstract=        {This document provides a practical introduction to the
                  interactive Tycoon system environment and its
                  polymorphic libraries. It explains how to bind
                  external C libraries to Tycoon programs and how to
                  work with persistent stores.  Moreover, it proposes
                  formatting und naming guidelines for Tycoon programs.}}

@inproceedings{MMS95a,
key=             {MMS95a},
author=          {Mathiske, B. and Matthes, F. and Schmidt, J.W.},
title=           {On {Migrating} {Threads}},
booktitle=       {Proceedings of the Second International Workshop on
                  Next Generation Information Technologies and Systems,
                  Naharia, Israel}, 
note=		 also1 #  "TR FIDE/95/136" # also2,
year=            1995,
month=           jun,
documentdirectory= {1995/MMS95a},
abstract={Based on the notion of persistent threads in Tycoon, we investigate
thread migration as a programming construct for building
activity-oriented distributed applications.  We first show how
astraight-forward extension of a higher-order persistent language can be
used to define activities that span multiple (semi-) autonomous nodes in
heterogeneous networks.  In particular, we discuss the intricate binding
issues that arise in systems where threads are first-class language
citizens that may access local and remote, mobile and immobile
resources. \\ We also describe how our system model can be understood as
a promising generalization of the more static architecture of
first-order and higher-order distributed object systems.  Finally, we
give some insight into the implementation of persistent and migrating
threads and we explain how to represent bindings to ubiquitous resources
present at each node visited by a migrating thread on the network to
avoid excessive communication or storage costs.  }}

@book{Matt93,
key=            {Matt93},
title=		{Persistente Objektsysteme: 
		 Integrierte Datenbankentwicklung und Programmerstellung},
author=		{F. Matthes},
publisher=	springer,
address={Berlin, Heidelberg},
year=		1993,
documentdirectory= {},
abstract=	{
Unter dem Begriff der Persistenten Objektsysteme werden komplexe 
Anwendungen zusammengefa{\ss}t, die aufgrund ihrer langen Lebensdauer,
ihrer N\"ahe zu Endbenutzern und ihrer Sicherheitsanforderungen auf ein
hohes Ma{\ss} an Unterst\"utzung durch externe Diensterbringer
angewiesen sind.  Beispiele kommerzieller Diensterbringer sind
Objektspeicher, Transaktionsmonitore, Datenbanksysteme, Generatoren
f\"ur graphische Benutzerschnittstellen oder generische Dienste zur
Kommunikation zwischen verteilten Objekten.  Bislang sind derartige
Diensterbringer weitgehend unabh\"angig voneinander entwickelt worden
und k\"onnen nur \"uber historisch gewachsene, schmale Schnittstellen
miteinander kommunizieren.\\ Die Qualit\"at zuk\"unftiger persistenter
Objektsysteme wird jedoch entscheidend durch die Flexibilit\"at,
Effizienz und Korrektheit im Zusammenspiel der Objekte dieser
verschiedenartigen generischen Dienste und weniger durch die
Leistungsf\"ahigkeit einzelner isolierter Systemkomponenten bestimmt.\\
In diesem Buch wird im Detail die persistente polymorphe
Programmierumgebung Tycoon (Typed communicating objects in open
environments) beschrieben, die eine Verbesserung der Qualit\"at
persistenter Objektsysteme dadurch erreicht, da{\ss} der Anteil der
stereotypen, untypisierten Programmiert\"atigkeiten erheblich reduziert
werden kann (verglichen etwa mit C, Modula-2 oder C++ L\"osungen).\\
Konkret bietet das Tycoon System spezielle sprachliche und
architekturelle Unterst\"utzung f\"ur die vollst\"andig transparente
Verwaltung langlebiger Daten- und Programmobjekte, die mengenorientierte
Verarbeitung (benutzerdefinierter) Kollektionen, die Implementierung
generischer Bibliotheken und die typsichere Anbindung externer
Systemsoftware (z.B.  SQL Datenbanken oder Fenstersysteme).\\ Das Buch
beschreibt die zentralen Komponenten des Tycoon Systems nicht nur aus
der Sicht des programmierenden Anwenders, sondern vermittelt auch
Einblicke in die interne Systemarchitektur sowie die Algorithmen und
Formalismen zur Analyse und \"Ubersetzung generischer persistenter
Programme. Schlie{\ss}lich enth\"alt der Text substantielle Beispiele
f\"ur die Konstruktion generischer Bibliotheken und Beispiele
objekt-orientierter, funktionaler und relationaler Programmiertechniken
in Tycoon.}
}

% --- New bibtex items for F2 Book
% Ask Florian before you merge this data into the file!

@string{f2editor={Atkinson, M.P.}}
@string{f2booktitle={Fully Integrated Data Environments}}
@string{f2publisher={Springer-Verlag (to appear)}}

@incollection{Matt95,
key=            {Matt95},
author=         {Matthes, F.},
title=          {Higher-{Order} {Persistent} {Polymorphic} {Programming} in
		  {Tycoon}},  
editor=         f2editor,
booktitle=      f2booktitle,
year=           {1995},
publisher=      f2publisher,
documentdirectory= {1995/Matt95},
abstract=       {
This text provides an introduction to the Tycoon language TL which is
based on expressive and orthogonal naming, typing and binding concepts
as they are required, for example, in advanced data-intensive
applications.  The characteristic language mechanisms of TL are
first-class functions and modules, parametric and subtype polymorphism
extended to a fully higher-order type system.  Tycoon programs are
statically typed but may include explicit dynamic type variables which
can be inspected at run-time.  } }

% ## *** FM: Check abstract of Matt95 w.r.t final version

@incollection{MSS95,
key=            {MSS95},
author=         {Matthes, F. and Schr{\"o}der, G. and Schmidt, J.W.},
title=          {{Tycoon}: {A} {Scalable} and {Interoperable} {Persistent}
                 {System} {Environment}}, 
editor=         f2editor,
booktitle=      f2booktitle,
year=           {1995},
publisher=      f2publisher,
documentdirectory= {1995/MSS95},
abstract=       {We describe the Tycoon persistent system architecture that
achieves a high degree of scalability and interoperability through a full
integration of persistent data, programs and threads while maintaining
a strict separation of storage, manipulation, modeling and
representation tasks into well-defined system layers.  For several of
these layers alternative implementations with distinct operational
support are provided that can be configured dynamically to match best
the requirements of a given application.  Moreover, we present Tycoon's
architectural contributions to enable interoperability with existing
generic services like databases, user interface toolkits and C++
program libraries.}}

@inproceedings{KKHW96,
key=		{KKHW96},
author=		{Koschel, A. and Kramer, A. and Hagg, W. and Wiesel, J.},
title=       	{A {Federation} {Architecture} for an {Environmental} 
		 {Information} {System} incorporating {GIS}, the 
		 {WorldWideWeb} and {CORBA}},
booktitle=      {Third International Conference/Workshop Integrating GIS and
		 Environmental Modeling, Santa Fe, New Mexico, USA},
year = 		1996,
month=		jan
}

@article{MuSc96,
key=		{MuSc96},
author=		{M"usken, Verena and Schult, Dr. Thomas J.},
title=		{Objektkunst: {Vom} {Problem} zum objektorientierten 
		 {Programm}},
journal=	{c't Magazin f"ur Computertechnik},
year=		1996,
volume=		{},
number=		{},
month=		{April},
pages=		{330-342}
}

@comment{@book{WIN96,
key=           {WIN96},
author=        {Kenn Ich Noch Nicht WINicht},
title=         {Diese Quelle fehlt noch},
publisher=     {Selbstverlag},
year=          1996,
}}

@book{LKK93,
author= 	{Lockemann, Peter C. and Kr{"u}ger, Gerhard and Krumm, Heiko},
title=		{Telekommunikation und Datenhaltung},
publisher=	{Hanser-Verlag},
address=	{M{"u}nchen, Wien},
year=		{1993},
}

@mastersthesis{Scho96,
author=		{Martin Schoel},
title=		{{CORBA}-basierte {Integration} von {Diensten} eines
		 {Umweltinformationssystems}},
school=		{Fakult{"a}t f{"u}r Informatik, {Universit{"a}t Karlsruhe}},
type="Diplomarbeit",
month=		{Januar},
year=		{1996},
}

@incollection{MMS95c,
key=            {MMS95c},
author=         {Matthes, F. and M{\"u}ller, R. and Schmidt, J.W.},
title=          {Towards a {Unified} {Model} of {Untyped} {Object} {Stores}:
                 Experience with the {Tycoon} {Store} {Protocol}},
editor=         f2editor,
booktitle=      f2booktitle,
year=           {1995},
publisher=      f2publisher,
documentdirectory= {1995/MMS95c},
abstract=       {
The Tycoon Store Protocol (TSP) specifies a clean interface between the
frontend and the backend of fully integrated persistent environments. In
contrast to high-level relational or object-oriented database languages,
TSP is based on a low level, untyped, but highly flexible store model
that is particularly well-suited for the implementation of higher-order
persistent polymorphic languages.  We describe the TSP operations in
some detail and give insight into TSP's design rationale. We also report
on the existing set of TSP-compliant backends including TSP adaptors to
commercial object stores. A TSP client can choose dynamically between
these backends and it is possible to exchange complex object graphs
between all TSP-compliant stores via a platform-independent external
data representation.}}

@incollection{GaMa95b,
key=            {GaMa95b},
author=         {Gawecki, A. and Matthes, F.},
title=          {Integrating Query and Program Optimization Using
                 Persistent {CPS} Representations}, 
editor=         f2editor,
booktitle=      f2booktitle,
year=           {1995},
publisher=      f2publisher,
documentdirectory= {1995/GaMa95b},
abstract=       {
To overcome the limitations resulting from the traditional separation
between program and query optimization, the Tycoon system integrates the
analysis and rewriting of queries and programs using a common persistent
intermediate representation (TML).  TML is a continuation passing style
(CPS) language which excels in its explicit, high-level representation
of control and data dependencies.  We describe Tycoon's innovative
reflective system architecture that integrates program and query
optimization and that supports modular compile-time as well as global
run-time optimizations.  We formally define TML and its core rewrite
rules that unify many well-known optimizing transformations.  Moreover,
we describe how optimizations across abstraction barriers are performed
in Tycoon and we report on our experience with optimizing large modular
persistent applications.
}}

@incollection{MSW95,
key=            {MSW95},
author=         {Matthes, F. and Schmidt, J.W. and Wahlen, J.},
title=          {Using {Extensible} {Grammars} for {Data} {Modeling}},
editor=         f2editor,
booktitle=      f2booktitle,
publisher=      f2publisher,
year=           {1995},
documentdirectory= {1995/MSW95},
abstract= {
We present a systematic approach to the rapid implementation of
high-level data models and query languages in the polymorphic
higher-order programming language TL. The static semantics of data model
constructs are captured by a mapping to polymorphic types and associated
data constructor and selector functions. The dynamic semantics of query
languages are realized by a mapping to bulk data types and iteration
abstractions. Contrary to conventional approaches, these two mappings
are specified by user-defined grammar extensions of the target language
TL based on user-defined library code and not by separate tools in the
programming environment. We give examples of this syntax-directed
approach to data modeling and discuss its advantages and limitations.}}

@inproceedings{GaMa96a,
key=             {GaMa96a},
author=          {Gawecki, A. and Matthes, F.},
title=           {Exploiting {Persistent} {Intermediate} {Code}
{Representations}
                  in {Open} {Database} {Environments}},
booktitle=       {Proceedings of the 5th Conference on Extending Database
                  Technology, EDBT'96},
address=         {Avignon, France},
note=            {(to appear)},
year=            1996,
month=           mar,
publisher=       springer,
documentdirectory= {1996/GaMa96a},
abstract=        {
Modern database environments have to execute, store, analyze, optimize
and generate code at various levels of abstraction (queries, views,
triggers, query execution plans, methods, 4GL programs, etc.).  We
present TML, an abstract persistent intermediate code representation
developed in the Tycoon project to fully integrate static and dynamic
code analysis and rewriting.  TML is a continuation passing style (CPS)
language which excels in its explicit, high-level representation of
control and data dependencies.  We formally define TML and its core
rewrite rules which unify many well-known optimizing transformations.  We
also present Tycoon's innovative reflective system architecture which
supports modular compile-time as well as global runtime optimizations.
Moreover, we describe how this architecture enables optimizations across
abstraction barriers in large modular persistent applications including
embedded declarative queries.  }}

@techreport{MMS94,
key=            {MMS94},
author=          {Matthes, F. and M\"u{\ss}ig, S. and Schmidt, J.W},
title=           {Persistent {Polymorphic} {Programming} in {Tycoon}: 
		  An {Introduction}},
type=            fiderep,
number=          {FIDE/94/106},
institution=     fidecoord,
year=            1994,
month=           aug,
documentdirectory= {1994/MMS94},
abstract=        {
This text provides an introduction to Tycoon (Typed
Communicating Objects in Open Environments), an open persistent
polymorphic programming environment.  The Tycoon language TL is based on
expressive and orthogonal naming, typing and binding concepts as they
are required, for example, in advanced data-intensive applications.  The
characteristic language mechanisms of TL are first-class functions and
modules, parametric and subtype polymorphism extended to a fully
higher-order type system.  Tycoon programs are statically typed but may
include explicit dynamic type variables which can be inspected at
run-time.}
}

@inproceedings{MaSc93a,
key=            {MaSc93a},
author=          {Matthes, F. and Schmidt, J.W.},
title=           {System {Construction} in the {Tycoon} {Environment}: 
                  {Architectures}, {Interfaces} and {Gateways}},
booktitle=       {Proceedings of Euro-Arch'93 Congress},
publisher=	 springer,
month=           oct,
year=            1993, 
documentdirectory= {1993/MaSc93a},
abstract=        {This paper outlines the basic concepts and the 
system architecture of the Tycoon environment. Tycoon is
designed for the construction of persistent object systems intended to
be available on multiple software and hardware platforms.\\
Tycoon's contribution to system portability and scalability is achieved
by strictly separating concerns of data modelling, data manipulation,
and data storage into three distinct system layers each of which is
based on state-of-the-art system technology (polymorphic programming
languages, portable code representations, persistent object stores).
Much emphasis is being placed on supporting interoperability between
Tycoon applications and off-the-shelf tools and systems, such as
database systems, user interface managers, and optimizing code
generators.\\
We illustrate how higher-order functions, polymorphic typing and
transparent persistence management reduce the amount of repetitive and
type-unsafe programming in typical persistent object systems.}}

@book{Schi93,
author = "Schill, Alexander",
title = "{DCE -- D}as {OSF D}istributed {Computing} {Environment}, {Einf"uhrung}
und {Grundlagen}",
publisher = "Springer-Verlag",
address = "Berlin, Heidelberg",
year="1993",}

@article{AtBu87,
author=          {Atkinson, M.P. and Bunemann, P.},
title=           {Types and {Persistence} in {Database} {Programming} {Languages}},
journal=         surveys,
year=            1987,
month=           jun,
volume=          19,
number=          2,
abstract=        {
Sehr guter "Uberblicksartikel. type algebra, type completeness,
bulk data types
}}


@incollection{OezVa94,
	author = {{\"O}zsu, M.T. and Valduriez, P.},
	title = {Distributed {Data} {Management}: Unsolved {Problems} and {New}
{Issues}},
	booktitle = {Readings in Distributed Computing},
	year = {1994},
	publisher = {IEEE Computer Society Press},
	editor = {Casavant, T. and Singhal, M.}
}

@misc{omg-kurz,
author = {{Object Management Group}},
title = {What is {CORBA}},
howpublished = {http://ruby.omg.org/corba. htm },
year=1996,
month = jun,
}

@book{sig96,
author = "Siegel, Jon",
title = "CORBA Fundamentals and Programming",
publisher= "John Wiley \& Sons",
address="New York",
year=1996
}

@article{Lau93,
author="Lauer, Thomas",
title="Paketdienst: {G}rundlagen zu {O}bject {L}inking and {E}mbedding {(OLE)}",
journal="c't {M}agazin f{"u}r {C}omputertechnik",
year=1993,
month=apr,
pages="264-272",
}

@phdthesis{mathi96,
author="Mathiske, Bernd",
title="Mobilit{"a}t in persistenten {O}bjektsystemen",
school="Universit{"a}t Hamburg, Fachbereich Informatik",
type="Dissertation",
year=1996,
}

@book{DisObjSurvG,
author="Orfali, Robert and Harkey, Dan and Edwards, Jeri",
title="The Essential Distributed Objects Survival Guide",
publisher="John Wiley \& Sons",
address="New York",
year=1996
}

@article{AtMo95,
author="Atkinson, Malcolm and Morrison, Ronald",
title="Orthogonally {Persistent} {Object} {Systems}",
journal="VLDB Journal",
year=1995,
volume=4,
number=3,
pages="319-401",
}

@book{MeyOber94,
author="Meyer, Hanns-Martin and Obermayr, Karl",
title="Objekte integrieren mit {OLE2}: {Microsofts} {Basistechnologie} f{"u}r
objektorientierte {Architektur}",
publisher="Springer-Verlag",
address="Berlin, Heidelberg",
year=1994
}

@book{Tan95,
author="Tanenbaum, Andrew S.",
title="Verteilte {Betriebssysteme}",
publisher="Prentice Hall",
address="M{"u}nchen",
year=1995
}

@inproceedings{MaSc94,
key=            {MaSc94},
author=          {Matthes, F. and Schmidt, J.W.},
title=           {Persistent {Threads}},
year=            1994,
month=		 sep,
booktitle=       {Proceedings of the Twentieth International Conference
                  on Very Large Data Bases, VLDB},
pages=           {403--414},
address=         {Santiago, Chile},
documentdirectory= {1994/MaSc94},
abstract=        {Persistent threads are a database programming concept
particularly well-suited for applications that manage long-term,
distributed or cooperative activities.  We introduce persistent threads
as a novel form of bindings from data in persistent object stores to
activated code and relate them to existing binding concepts found in
database programming.  We also describe the integration of persistent
threads into a polymorphically-typed database language and its
supporting layered system architecture with particular emphasis on
abstractly-defined thread representations which support thread analysis,
optimization and portability.}}

@misc{ElHe96,
author={Elmasri, Ramez and Helal, Abdelsalam},
title={Standards for {Database} {Interoperability} and {Portability}: {CORBA},
{ODMG} and {SQL}},
howpublished={Tutorial Presented at the International Conference on Cooperative
Information Systems (CoopIS '96), Brussels, Belgium},
month=jun,
year=1996
}

@techreport{Wino87,
author={Winograd, Terry A.},
title={A {Language/Action} {Perspective} on the {Design} of {Cooperative}
		  {Work}},
number={STAN-CS-87-1158},
institution={Department of {Computer} {Science}, {Stanford} {University}, {Stanford}, {CA 94305}},
year=1987,
month=apr,
}

@inproceedings{koopis-mani96,
author={{De Michelis}, Giorgio and Dubois, Eric and Jarke, Matthias and Matthes,
Florian and Mylopoulos, John and Pohl, Klaus and Schmidt, Joachim and Woo,
Carson and Yu, Eric},
title={Cooperative {Information} {Systems:} {A} {Manifesto}},
booktitle={Architectural {Issues} in {Cooperative} {Information} {Systems:} {A}
 {Tutorial}},
editor={Mylopoulos, John and De Michelis, Giorgio and Matthes, Florian},
year=1996,
month=jun
}


@mastersthesis{Piel96,
key=            {Piel96},
author=         {Andreas Piellusch},
title=          {Synchronisation langlebiger {Aktivit\"aten} in 
                 persistenten {Objektsystemen}},
school=         hbg-info,
type=		{Diplomarbeit},
month=          {Juni},
year=           {1996},
documentdirectory= {1996/Piel96}
}

@book{hamel94,
author= {Hamel, G. and Parhalad,C.},
title= {Competing for the {Future}},
publisher={Harvard Business School Press},
address={Boston, Massachusetts},
year=1994,
}

@incollection{OODBMS-Mani90,
author={Atkinson, M. and Bancilhon, F. and {De Witt}, D. and Dittrich, K. and
Maier, D. and Zdonik, S.},
title={The {Object-Oriented} {Database} {System} {Manifesto}},
booktitle={Deductive and {Object-oriented} {Databases}},
publisher={Elsevier Science Publishers},
address={Amsterdam, Netherlands},
year=1990,
}

@article{FlWi+88,
author={Flores, Fernando and Graves, Michael and Hartfield, Brad and Winograd,
Terry},
title={Computer {Systems} and the {Design} of {Organisational} {Interaction}},
journal={ACM {Transaction} on {Office} {Information} {Systems}},
year=1988,
month=apr,
volume=6,
number=2,
pages={153-172},
}

@article{AuLeLy88,
author={Auram"aki, Esa and Lethinen, Erkki and Lyytinen, Kalle},
title={A {Speech-Act-Based} {Office} {Modelling} {Approach}},
journal={ACM {Transaction} on {Office} {Information} {Systems}},
year=1998,
month=apr,
volume=6,
number=2,
pages={126-152},
}

@mastersthesis{joha97,
author={Nico Johannisson},
title={Eine {Umgebung} f\"ur mobile {Agenten}: 
{Agentenbasierte} verteilte {Datenbanken} am {Beispiel} der
{Kopplung} autonomer {Internet} "`{WebSiteProfiler}"'},
school=hbg-info,
type={Diplomarbeit},
year=1997,
}

@misc{Kabel96,
author={{Kabel New Media}},
title={Webtracking -- {Die} 10 wichtigsten {Fragen} und {Antworten}},
howpublished={http://www.kabel.de/KNMantworten.html},
month=sep,
year=1996,
}

@techreport{http96,
author={{Berners-Lee}, T. and Fielding, R. and Frystyk, H.},
title={Hypertext {Transfer} {Protocol} --- {HTTP/1.0}},
institution={HTTP Working Group},
type={Internet-Draft},
number={draft-ietf-http-v10-spec-05.ps},
month=feb,
year=1996,
}

@techreport{whi194,
author={White, {James E.}},
title={Telescript {Technology}: The {Foundation} for the {Electronic}
{Marketplace}},
institution={General Magic},
type={White Paper},
year={1994},
}

@article{EAK,
author={Dayal, Umeschwar and Hsu, Meichum and Ladin, Rioka},
title={Organizing {Long} {Running} {Activities} with {Triggers} and
{Transactions}},
journal={ACM SIGMOD},
year=1990,
}

@mastersthesis{Laub97,
author={Laub, {Jan T.}},
title={Analyse der {Web-Server-Nutzung}: {Krititerien}, {Protokolldateien} und 
{Auswertungssoftware}},
year=1997,
school=hbg-info,
type={Diplomarbeit},
}

@article{EW94,
author={Etzioni, Oren and Weld, Daniel},
title={A {Softbot}-based {Interface} to the {Internet}},
journal={CACM},
year={1994},
month=jul,
}

@article{Mae94,
author={Maes, Pattie},
title={Agents that Reduce Work and Information Overload},
journal={CACM},
year=1994,
month=jul,
}

@mastersthesis{hohl95,
author={Fritz Hohl},
title={Konzeption eines einfachen {Agentensystems} und {Implementation}
eines {Prototyps}},
school={Fakult"at Informatik, Universit"at Stuttgart},
type={Diplomarbeit},
year=1995,
}