Qualitative_data_analysis
Qualitative_data_analysis
Qualitative_data_analysis
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58 QUALITATIVE DATA ANALYSIS<br />
skills can speed up the process of inputting <strong>data</strong>. Editing facilities allow mistakes to<br />
be easily located and corrected. More sophisticated technology, such as scanners,<br />
may allow <strong>data</strong> to be read into the computer without typing. Laptop computers<br />
allow <strong>data</strong> to be input ‘in the field’ and then transferred to the desktop. The day has<br />
not yet come when computers can record <strong>data</strong> directly from audio, but even present<br />
progress represents a significant advance over pen and paper or the traditional<br />
keyboard.<br />
The computer provides an excellent medium for storing <strong>data</strong>. As qualitative <strong>data</strong><br />
is notoriously voluminous, this is an important contribution to managing <strong>data</strong><br />
efficiently. The vast filing cabinet is replaced by the small box of disks. The sheer<br />
volume and variety of <strong>data</strong> which can be conveniently stored for <strong>analysis</strong> is<br />
increasing exponentially. Optical storage technology will allow notebook sized<br />
computers to carry millions of pages of information. Improvements in capacity and<br />
compatibility are rapidly extending computer access to stores of graphic, audio and<br />
video as well as textual information. Computers also facilitate access to stores of <strong>data</strong><br />
held elsewhere, Disk <strong>data</strong> can be readily transported from one location to another,<br />
whether physically or by phone, facilitating collaborative research and cooperative<br />
use of <strong>data</strong>. Computers with notebook-sized satellite receivers already (as I write in<br />
1991) allow communication between computers without connecting wires.<br />
Computers provide notably efficient filing systems which allow quick and easy<br />
access to <strong>data</strong>. Files can be opened, closed, copied, printed, created and amended by<br />
a few simple procedures. Through hierarchical file systems users can manage <strong>data</strong> in<br />
a logical manner. Files can be located together within folders, folders within folders,<br />
in a systematic and meaningful order. That lost file, crucial of course to the whole<br />
<strong>analysis</strong>, should be a thing of the past. Unlike us, so long as it continues to function<br />
the computer never forgets. That mislaid file can be readily located using the<br />
computer’s list or search facilities.<br />
Of course, this paradise has pitfalls, and it will be a perfectionist indeed who does<br />
not sometimes fall into them. A hierarchical system facilitates but does not compel a<br />
logical approach to filing. It is as easy to delete files as to create them. And<br />
computers sometimes break down. However, the ease with which <strong>data</strong> can be copied<br />
provides a crucial safeguard against major disasters. Beyond its utility in backing up<br />
files, efficiency in copying <strong>data</strong> has a special significance for qualitative analysts<br />
concerned to retain their original <strong>data</strong> in pristine condition. In days gone by,<br />
copying files for use in <strong>analysis</strong> was a time-consuming chore. Now files can be<br />
copied in seconds, and bits of <strong>data</strong> can be repeatedly reproduced as often as required<br />
for <strong>analysis</strong>.<br />
The indexing of <strong>data</strong> was another laborious chore which dissipated the energies<br />
and taxed the enthusiasm of the most committed pen- and- paper analyst. Every time<br />
a file was copied or a bit of <strong>data</strong> reproduced, a thorough approach required