Looking at
Social information processing theory and its relationship to Facebook first
requires an understanding of the theory. Social information processing theory
seeks to explain relationship building over computer mediated communication,
additionally explains how people share information with each other without the
luxury of nonverbal communication. Fulk writes that, “The basic promise of
social information processing theory is that meaning is socially constructed.
Although objective characteristics and constraints in the work environment do
influence perceptions and behavior information provided by the social
environment is of at least equal importance.” (Fulk, Steinfield, Schmitz &
Power 531) Facebook lets users provide their own information about their social
environment and that is one of the reasons why social information processing
theory relates so well to Facebook. The idea behind the theory is simply put
that people using computer mediated communication can create relationships that
are the same to relationships that are formed using face to face communication,
however the length of time required for computer mediated relationships is
greater than that of face to face relationships. Walther describes the theory
as this, “This theory asserts that
communicators using any medium experience the similar needs for uncertainty reduction
and affinity, and to meet these needs CMC users will adapt their linguistic and
textual behaviors to the solicitation and presentation of socially revealing, relational
behavior.” (Walther, Anderson & Park 465) Walther uses
this theory to show that no matter the medium people will always want to reduce
uncertainty and build relationships, and Facebook as will be shown, strives to
ease both of those processes. So as it stands social information processing
theory is a very broad theory that describes the interpersonal relationship
building process as it relates to computer mediated communication.
Upon
learning about Facebook and some of its media characteristics the next step
would be to look into how Facebook relates to the social information processing
theory. Facebook lessens the time required to make relationships as genuine as
face to face relationships in a variety of ways. Users on Facebook can disclose
information about themselves as much or as little as they would like this
allows for a user to disclose a lot of personal information such as likes or
dislikes, hobbies, and other interests they have and also for anyone who is
communicating with them to have access to that information. This allows for
people to both learn more about someone they already know, and in the case of a
stranger looking at a person’s page for the first time it will allow for them
to reduce uncertainty by looking at the interests and photos of that other
person. So we can say that Facebook allows for users to lessen the time
required to form relationships by making information easy to access and
allowing users to disclose their information on their own time and to take
enough time to craft a clear message.
Facebook
also implements the more traditional form of CMC of instant messaging and
private messaging, however these functions go hand in hand with the profile
portion of the website, thus allowing for users to see information such as
relationship status’s and common friends, before or after sending a message.
One of the downsides of an instant messaging application is this as Kielser writes, “Availability of instantaneous
electronic
communication, for example, might
lead people to expect immediate responses.” (Kiesler, Siegel, McGuire 1125) and that can be the cause for some
tension in the relationship, a similar phenomenon happens with the use of text
messaging. However this application allows for a more timely messaging system
and can create an environment that will allow for an easier and faster avenue
of communication.
The absence of
cues is something that hinders the development of computer mediated
communication, however Facebook curtails this in a variety of ways. The most widely
thought of are emoticons that portray a facial expression, today emoticons are
programed into provide a small graphic in the instant messaging application of
Facebook. These simple images allow for senders to convey a simple facial
expression that paired with photos of themselves can allow for the receiver to
form a reasonable image of the sender and to enhance some sort of cues.
Additionally the use of language acronyms an example being “LOL” for laughing
out loud can also portray cues in the conversation in some form; and while
these cues are not as pronounced as face to face communications they do serve
some purpose in creating a meaningful communication. However “Caution, however, must be exercised
with paralinguistic cues in CMC, for they have localized meanings” (Olaniran,
Rodriguez, & Williams 2012) What Olaniran means by this is the cues such as
emoticons and acronyms do not have the same meaning to every person who uses
CMC specifically Facebook. So while the use of those types of cues can be
helpful, they can also be harmful and can distort the message.
So looking at how
Facebook relates to social information processing theory, the use of nontraditional
cues such as emoticons, the use of profiles to reduce uncertainty, and the
ability to transfer messages instantaneously all link Facebook with social
information processing theory, and seek to make easier the building of
relationships using computer mediated communication.
Olaniran, B. A., Rodriguez, N., &
Williams, I. M. Social Information Processing Theory (SIPT): A Cultural
Perspective for International Online Communication Environments. 45-65
Walther, J. B., & Anderson, J. F.
(1994). Interpersonal Effects in Computer-Mediated Interaction. Communication Research, 21(4),
460-48.
Kiesler, S.,
Siegel, J., & McGuire, T. W. (1984). Social psychological aspects of
computer-mediated communication. American psychologist, 39(10),
1123.
Fulk, J., Steinfield, C. W., Schmitz,
J., & Power, J. G. (1987). A social information processing model of media
use in organizations. Communication Research, 14(5), 529-552.
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