The main theme of this book is to describe complex phenomena as
structures of interacting objects. Object technology is applicable to a
wide range of phenomena on many different levels. Examples are
work procedures on the enterprise level; large-scale applications on
the systems level; and small, technical details on the program design
level.
The goals of the book are
1. To provide a comprehensive description of the object paradigm and its applications
2. To show how it supports a number of different views on the same model; permitting the analyst to work with a data-centered approach, a process-centered approach, or a combination of the two.
3. To show how very large and complex systems can be described by a number of distinct models.
4. To show how composite models can be derived from simpler base models.
5. To describe a number of powerful reuse techniques.
6. To describe how a systematic policy of reuse impacts work processes and organization.
7. To show how very large systems can be described and managed in a decentralized manner without central control.
%0 Book
%1 Reenskaug:1996ys
%A Reenskaug, T.
%A Wold, P.
%A Lehne, O. A.
%D 1996
%I Manning Publications, Greenwich, CT
%K Roles
%T Working with objects: the Ooram software engineering method
%X The main theme of this book is to describe complex phenomena as
structures of interacting objects. Object technology is applicable to a
wide range of phenomena on many different levels. Examples are
work procedures on the enterprise level; large-scale applications on
the systems level; and small, technical details on the program design
level.
The goals of the book are
1. To provide a comprehensive description of the object paradigm and its applications
2. To show how it supports a number of different views on the same model; permitting the analyst to work with a data-centered approach, a process-centered approach, or a combination of the two.
3. To show how very large and complex systems can be described by a number of distinct models.
4. To show how composite models can be derived from simpler base models.
5. To describe a number of powerful reuse techniques.
6. To describe how a systematic policy of reuse impacts work processes and organization.
7. To show how very large systems can be described and managed in a decentralized manner without central control.
@book{Reenskaug:1996ys,
abstract = {The main theme of this book is to describe complex phenomena as
structures of interacting objects. Object technology is applicable to a
wide range of phenomena on many different levels. Examples are
work procedures on the enterprise level; large-scale applications on
the systems level; and small, technical details on the program design
level.
The goals of the book are
1. To provide a comprehensive description of the object paradigm and its applications
2. To show how it supports a number of different views on the same model; permitting the analyst to work with a data-centered approach, a process-centered approach, or a combination of the two.
3. To show how very large and complex systems can be described by a number of distinct models.
4. To show how composite models can be derived from simpler base models.
5. To describe a number of powerful reuse techniques.
6. To describe how a systematic policy of reuse impacts work processes and organization.
7. To show how very large systems can be described and managed in a decentralized manner without central control.
},
added-at = {2007-11-21T19:49:36.000+0100},
author = {Reenskaug, T. and Wold, P. and Lehne, O. A.},
biburl = {https://www.bibsonomy.org/bibtex/2f2ea75008ccf57c797725f5b893675b3/kilow},
cited-by = {DBLP:conf/mdafa/Zhao04},
date-added = {2007-11-06 20:14:09 +0100},
date-modified = {2007-11-21 19:01:53 +0100},
description = {software evolution bibliography},
interhash = {85384c1c2bc9393ca2f7278819ddaeea},
intrahash = {f2ea75008ccf57c797725f5b893675b3},
keywords = {Roles},
local-url = {../papers/Reenskaug1996ys.pdf},
publisher = {Manning Publications, Greenwich, CT},
rating = {4},
timestamp = {2007-11-21T19:49:38.000+0100},
title = {Working with objects: the Ooram software engineering method},
year = 1996
}