This paper endeavours to demonstrate that UNIX's strength lies in the simplicity of its design. The basic design principles are presented rst. This is followed by what could be considered to be the secondary principles. Legacy style examples are then presented to demonstrate the eectiveness of the design. This is followed by the presentation of some examples associated with recent developments in the software industry. A case is then made for UNIX's simplicity being even more relevant in today's software world, than it was when UNIX rst arrived on the scene so many years ago
characterized by multi-processor and distributed memory, High-volume, low-end systems are driving th...
Operating systems have grown in size and functionality. Today's many flavours of Unix provide a mult...
(This technical report will be published to become a working paper) This paper summarizes the histor...
The UNIX operating system enjoys an ever increasing popularity throughout the computing community; t...
There are many database systems available for UNIX. But almost all are software prisons that you mus...
Unix has evolved for almost five decades, shaping modern operating systems, key software technologie...
UNIX is an operating system which has seen substantial growth in its popularity over the last few ye...
UNIX is a general-purpose, multi-user, interactive operating system for the Digital Equipment Corpor...
Commercial UNIX window systems are unsatisfactory. Because they are cumber-some and complicated, the...
This paper describes the design of a hypertext environment for UNIX. The main thesis is that a power...
UNIX has remained a mainstay of modern computing. With its foundations of security, reliability, per...
Operating Systems complexity is increasing. Looking at UNIX evolution, several trends are pul-ling i...
UNIX turns 40 this year: many happy returns! Four decades is a vast period for the computing industr...
This paper presents a brief history of the early development of the Unix operating system. It concen...
The X Window System is a portable, network-transparent and flexible window system. It was developed ...
characterized by multi-processor and distributed memory, High-volume, low-end systems are driving th...
Operating systems have grown in size and functionality. Today's many flavours of Unix provide a mult...
(This technical report will be published to become a working paper) This paper summarizes the histor...
The UNIX operating system enjoys an ever increasing popularity throughout the computing community; t...
There are many database systems available for UNIX. But almost all are software prisons that you mus...
Unix has evolved for almost five decades, shaping modern operating systems, key software technologie...
UNIX is an operating system which has seen substantial growth in its popularity over the last few ye...
UNIX is a general-purpose, multi-user, interactive operating system for the Digital Equipment Corpor...
Commercial UNIX window systems are unsatisfactory. Because they are cumber-some and complicated, the...
This paper describes the design of a hypertext environment for UNIX. The main thesis is that a power...
UNIX has remained a mainstay of modern computing. With its foundations of security, reliability, per...
Operating Systems complexity is increasing. Looking at UNIX evolution, several trends are pul-ling i...
UNIX turns 40 this year: many happy returns! Four decades is a vast period for the computing industr...
This paper presents a brief history of the early development of the Unix operating system. It concen...
The X Window System is a portable, network-transparent and flexible window system. It was developed ...
characterized by multi-processor and distributed memory, High-volume, low-end systems are driving th...
Operating systems have grown in size and functionality. Today's many flavours of Unix provide a mult...
(This technical report will be published to become a working paper) This paper summarizes the histor...