The Story of the Computer: A Technical and Business History
Rate it:
Open Preview
84%
Flag icon
The impact of the demonstration was such that it has
84%
Flag icon
since entered into computer folklore as “the moth...
This highlight has been truncated due to consecutive passage length restrictions.
84%
Flag icon
GRAIL was implemented on an IBM System/360 Model
84%
Flag icon
display screen and a Burroughs prototype display controller equipped with a RAND Tablet pointing device. 
84%
Flag icon
Despite the use of a medium-scale mainframe computer, the compute-intensive nature of the software was such that the system could onl...
This highlight has been truncated due to consecutive passage length restrictions.
84%
Flag icon
were based on expensive mainframe systems which made them incompatible with the new vision of personal computing
84%
Flag icon
flat panel display technology was in its infancy
84%
Flag icon
The Alto was based on a custom 16-bit processor with 128 Kilobytes of semiconductor memory
84%
Flag icon
14-inch CRT display in portrait orientation with 606 by 808 resolution raster graphics. 
84%
Flag icon
removable disk cartridges, each of which had a storage capaci...
This highlight has been truncated due to consecutive passage length restrictions.
84%
Flag icon
The clock speed was a respectable 5.9 MHz. 
84%
Flag icon
The task of developing this network was given to Robert M (Bob) Metcalfe
84%
Flag icon
Metcalfe had studied the University of Hawaii’s ALOHAnet system while working on his doctoral dissertation at
84%
Flag icon
Harvard in...
This highlight has been truncated due to consecutive passage length restrictions.
85%
Flag icon
Diablo disk drive. 
85%
Flag icon
The Ethernet network was operational by November 1973
85%
Flag icon
Alan Kay’s Learning Research Group.
85%
Flag icon
Kay’s work on object-oriented programming had resulted in the development of a new language and programming environment which he called Smalltalk,
85%
Flag icon
Smalltalk-72,
85%
Flag icon
Diana Merry,
85%
Flag icon
these windows could be overlapped in order to make the most of the Alto’s limited screen resolution, a concept which had first appeared in Kay’s 1969 doctoral thesis. 
85%
Flag icon
pop-up menus for accessing commonly used commands which were displayed at the cursor position by pressing the middle mouse button.
85%
Flag icon
Kay’s concept of overlapping windows led to the adoption of a desktop metaphor,
85%
Flag icon
The mouse was also used to select text for editing and function keys were used for commands such as cut, copy, paste and undo. 
85%
Flag icon
added menus at the top of each window to create a modeless interface. 
85%
Flag icon
‘styles’ to represent a set of properties which control the formatting of a document, such as headings, fonts and paragraph alignment. 
85%
Flag icon
Development of BravoX began in 1976 and was com...
This highlight has been truncated due to consecutive passage length restrictions.
85%
Flag icon
what made it special was the use of small pictograms or ‘icons’ to represent commands. 
85%
Flag icon
This type of user interface acquired the acronym WIMP (Windows, Icons, Menus and Pointers).
86%
Flag icon
novel laser printing mechanism invented by optical engineer Gary K Starkweather at Xerox’s Webster Research Center in 1969. 
86%
Flag icon
The Star graphical user interface was developed by a team led by David Canfield Smith, who also coined the term ‘icon’ in his doctoral thesis at Stanford University. 
86%
Flag icon
The desktop metaphor pioneered on the Alto was extended to include icons for representing files, folders and objects which perform functions, such as an e-mail inbox, a calculator, a printer and a floppy disk drive. 
86%
Flag icon
allowing text to be cut and pasted between them. 
86%
Flag icon
A study had shown that users seldom wanted to overlap windows, preferring instead to place the windows alongside each other,
86%
Flag icon
384 Kilobytes of memory which was expandable up to 1.5 Megabytes, a choice of 10, 29 or 42 Megabyte hard disks and an 8-inch floppy disk drive. 
86%
Flag icon
3Com and Adobe Systems,
86%
Flag icon
the Swiss computer scientist Niklaus E Wirth,
87%
Flag icon
Introduced in September 1979, the MC68000 was one of the earliest 32-bit microprocessors to reach the market.  It quickly became established as the 32-bit
87%
Flag icon
bit microprocessor of choice amongst computer designers due to its 16-bit data bus and 24-bit external address bus which made the chip much less expensive to produce and easier to implement than a full 32-bit device. 
87%
Flag icon
The result was the Stanford University Network (SUN) which initially incorporated the Xerox equipment plus two DEC VAX 11/780 minicomputers. 
88%
Flag icon
Vinod Khosla,
88%
Flag icon
former MBA classmate Scott G McNealy,
88%
Flag icon
Sun Microsystems in Santa Clara, California, in February 1982,
88%
Flag icon
BSD (Berkeley Software Distribution) Unix,
88%
Flag icon
meet the principal developer, a postgraduate student and part-time teaching assistant by the name of William N (Bill) Joy. 
88%
Flag icon
Between 1985 and 1989 Sun Microsystems was reputed to be the fastest growing company in the United States. 
88%
Flag icon
Sun’s own design of microprocessor, the SPARC (Scalable Processor Architecture). 
88%
Flag icon
company’s Network File System (NFS) becoming established through the RFC process as the industry standard
88%
Flag icon
“The Network is the Computer”
89%
Flag icon
In 1984 Silicon Graphics