Scott W. Ambler (1966) Canadian software engineer/consultant/author
James McGovern, Scott W. Ambler and M. E Stevens (2004) A Practical Guide to Enterprise Architecture. p. 35
Source: Object-oriented design: With Applications, (1991), p. 320
Scott W. Ambler (1966) Canadian software engineer/consultant/author
James McGovern, Scott W. Ambler and M. E Stevens (2004) A Practical Guide to Enterprise Architecture. p. 35
Hans van Vliet (1949) Dutch computer scientist
Source: Software Engineering: Principles and Practice, 2007, p. 2
Erik Proper (1967) Dutch computer scientist
Martin Op 't Land, Erik Proper (2009) Enterprise Architecture: Creating Value by Informed Governance. p. 26-27
Gerrit Blaauw (1924–2018) Dutch computer scientist
Blaauw (1972) cited in: Gerritt A Blaauw (1976) Digital system implementation. p. 6
Barry Boehm (1935) American software engineer
Barry Boehm (1995); quoted in: L. Bass, P. Clements, and R. Kazman (1998) Software Architecture in Practice, Addison Wesley Longman. Chapter 2
August-Wilhelm Scheer (1941) German business theorist
August-Wilhelm Scheer, I. Cameron (1992) Architecture of integrated information systems: foundations of enterprise modelling. Abstract.
Ernest Flagg (1857–1947) American architect
Small Houses: Their Economic Design and Construction (1922), Ch. II
Ed Yourdon (1944–2016) American software engineer and pioneer in the software engineering methodology
Abstract.
Object-oriented design (1991)
John Gall (1925–2014) American physician
Source: Systemantics: the underground text of systems lore, 1986, p. 65 cited in "Quotes from Systemantics – Funny, But Scary Too" Posted on agileadvice.com March 3, 2006 by Mishkin Berteig. This quote was mentioned in General systemantics (1975, p. 71)
Gerrit Blaauw (1924–2018) Dutch computer scientist
Although the term architecture was introduced only ten years ago in computer technology (Buchholz), the concept of architecture is as old as the use of mechanism by man. When a child is taught to look at a clock, it is taught the architecture of the clock. It is told to observe the position of the short and the long hand and to relate these to the hours and the minutes. Once it can distinguish the architecture from the visual appearance, it can tell time as easily from a wrist watch as from the clock on the church tower.
The inner structure of a system is not considered by the architecture: we do not need to know what makes the clock tick, to know what time it is. This inner structure, considered from a logical point of view, will be called the implementation, and its physical embodiment the realisation.
Source: Computer architecture (1972), p. 154