Importance of business communication
and tools of their increase
Abstract
This article is focused to
analyzing of the importance of business communication in SME and their role by
increasing of business efficiency. We use a concept of social network methodology.
We used analyze by mathematics model of matrix correlation analysis. Through
this method we can analyze structure of these networks, of their centralities
as well as their density. There are presented methods and tools designed to
detection of closeness, degree and betweeness centralities as well as network density.
Setting of these centralities visualizes social networks in common businesses
communication systems. Business efficiency could be increased because of better
information about properties of analyzed structure businesses communication
system.
Key words: efficiency,
management by information and communication, correlation analysis
Introduction
Nowadays enterprises have to meet
competition, but not each of them is ready to meet it. The small and medium sized
enterprises (SME) have been assigned growing roles in economic development in
recent years. Many factors influence their success including industry
structure, competition, entrepreneurial decision, employee relations,
entrepreneurial objectives, organisational structure, as well as education,
training and prior experience resulting in managerial skills of SME`s managers.
The risk of doing business on foreign markets is closely related to the need of
good knowledge in business area and terms of business in target country and
leads to looking for simple solution for the risk elimination. We can say when
firms should cooperate with foreign partners; it is needed to adopt themselves
in a flexible ways to economic, legislative and social, demographics and
cultural environment. Definitely, they need enough of information about
possible ways and available support in starting business with business partners
– it means knowledge about their partners; their culture and information what’s
the key to any successful business deal.
In the competition process it is
needful:
·
to get hold of the right person first time,
·
to be given the information that they need quickly,
accurately and helpfully,
·
to be able to interact with partners in a way that
suits they best, whether in person, by phone, by SMS, by email or by accessing
a website.
There has a very important role an
effective utilization of enterprise communication network supported by ICT. It
must serve support for
·
clear and consistent processes for handling partners
interactions,
·
back office systems that are accessible through a
common interface so these partners and product or service information are
instantly retrievable,
·
motivated staff who comes across as helpful and well
informed.
The solutions lay in common technologies whose
making sure that the right information is always available to managers and
front line staff. This means finding the right solution of investments to
evolving of network as well as people knowledge that can leave the managers
free to concentrate on its core competencies. People – keeping staff motivated will ensure they deal more
effectively with partners and want to behave in their jobs more loyal.
There it is needed to know where are
weaknesses of the network and decide where is needful to invest finances or
innovate functionalities of such network. This means to know the most
significant nodes and their properties – centralities. To obtain these
characteristics we can use optimization by graph-analyzing methodology.
Needs of information sources
In the
international businesses dialogues put stress on communication in foreign
languages as well as cross-cultural competences play an immensely important
role in contemporary globalized world especially. Managers and their employees
require more useful information. What are searched enterprises the most afraid
is unknowing of conditions on foreign markets (92 % of enterprises which
are afraid). Then they are fearful of competition (68 %). Language barrier
is problem for 32 % respondents. The knowledge of foreign language itself is
not sufficient to avoid misunderstandings. A good manager should know
the culture of his/her business partners, which is the key to any
successful business deal. The easiest way is to choose the country with similar
conditions (legislation, demand, trade customs, etc.) on the market. In our
opinion, this is why many Slovak small and medium sized enterprises the most
often do trade with partners from
Generally, they need right
information to be successful by communication with their partners. We know
people suffer from information overload; there’s much more information on any
given subject than a person is able to access. As a result, people are forced
to depend upon each other for knowledge. Know-who information rather than
know-what, know-how or know-why information has become most crucial. It
involves knowing who has the needed information and being able to reach that
person (Singh, 2007).
In this context, understanding the
formation, evolution and utilization of social networks becomes important. A
social network is “a set of people (or organizations or other social entities)
connected by a set of social relationships, such as friendship, co-working or
information exchange. While in the enterprises effective utilization of information brings a topic position on the business
market competition, it
also needed effectively to manage one’s social network and through them gain
access to the right pieces of information.
Information networks utilized by
people worked by some social network, of particular, interest researchers working
at the intersection of information systems, sociology and mathematics. These
researchers study the uses of social networks and the ways in which they are
mediated in society and in the workplace through information communication
technologies (ICT) used by LAN, MAN, WAN) or the Internet.
The social network field is broad,
and any literature review can only focus on a selection of tools how to
increase its benefit. That paper presents our recent research of one’s enterprise
network and we have to optimize its structure by using of such tools as
analyzing of their centralities as well as ties density by utilizing of a
mathematics model based upon a matrix correlation analysis. This analysis
gives more opportunities to selection of needed changes in such network, about investments
to network structure rebuilding, it means not only to ICT innovation as well as
investments into people and their knowledge bases.
Social network theory
Business communication is strongly depended
by model of social network in the enterprise. We can apply social
network theory that views social relationships in terms of nodes and ties.
Nodes are the individual actors within the networks, and ties are the
relationships between the actors. There can be many kinds of ties between the
nodes. In its most simple form, a social network is a map of all of the
relevant ties between the nodes being studied. The network can also be used to
determine the social capital of individual actors. These concepts are often
displayed in a social network diagram, where nodes are the points and ties are
the lines.
The power
of social network theory stems from its difference from traditional sociological
studies, which assume that it is the attributes of individual actors - whether
they are friendly or unfriendly, smart or dumb, etc. – that’s matter. Social
network theory produces an alternate view, where the attributes of individuals
are less important than their relationships and ties with other actors within
the network. This approach has turned out to be useful for explaining many
real-world phenomena, but leaves less space for individual agency, the ability
for individuals to influence their success; so much of it rests within the
structure of their network.
Social
networks have also been used to examine how company’s members interact with
each other, characterizing the many informal connections that link executives
together, as well as associations and connections between individual employees
at different departments. These networks provide ways for companies to gather information
deter or achieve information for and about competition and even collude in
setting prices or policies.
Analysis of social
network and its relation
If we can make a network analysis we
must study social relations among a set of actors. Network researchers have developed a set of distinctive
theoretical perspectives as well. Some of the hallmarks of these perspectives
are:
·
focus
on relationships between actors rather than attributes of actors,
·
sense of interdependence: global rather atomistic view,
·
structure affects substantive outcomes,
·
emergent effects.
Network theory is sympathetic with
system theory and complexity theory. Social networks are also characterized by
a distinctive methodology encompassing techniques for collecting data,
statistical analysis, visual representation, etc.
Social relations can be thought of as dyadic attributes. Whereas
mainstream social science is concerned with monadic attributes (e.g., income,
age, sex, etc.), network analysis is concerned with attributes of pairs of
individuals, of which binary relations are the main kind. Some examples of
dyadic attributes:
·
Social Roles: boss of, teacher of, friend of
·
Affective: likes, respects, hates
·
Cognitive: knows, views as similar
·
Actions: talks to, has lunch with, attacks
·
Distance: number of person between
·
Co-occurrence:
is in the same position as, has the same relation as
·
Mathematical: is two links removed from
If we
analyse networks we have to analyse such parameters as:
Picture 1
Network variables
1. Substantive
effects of social network variables
·
Attributes
of ego network access to resources,
mental/physical health
·
Network
closeness influence, diffusion
·
Similarity
of position similarity of risks,
opportunities, outcomes
2. Substantive
determinants of social network variables
·
Personality centrality?
·
Similarity friendship ties? (homophily)
·
Reduction
of cognitive dissonance
transitivity?
·
Strategic "networking"
3. Network
determinants of network variables
·
Relationship between density and centrality.
If we make
an ego network analysis,
it can be done in the context of traditional surveys. Each respondent is asked
about the people they interact with, and about the relationships among these
people. Ego network analysis is extremely convenient because it can be used in
conjunction with random sampling, which enables classical statistical
techniques to be used to test hypotheses.
Complete network analysis is where we
try to obtain all the relationships among a set of respondents, such as all the
friendships among employees of a given company. Most of the rhetoric
surrounding network analysis is based on complete network. Techniques such as
subgroup analysis, equivalence analysis and measures like centrality all
require complete network.
Network
analysis is conventionally criticized for being too much methodological and too
little theoretical. Critics say that there are few truly network theories of
substantive phenomena. This is not a well-considered argument, however, because
when examples of network theories are presented, critics say “that's not really
a network theory”. This is natural because theories that account for, say,
psychological phenomena, tend to have a lot of psychological content. Theories
that account for sociological phenomena have sociological independent
variables. Only theories that explain network phenomena tend to have a lot of
network content.
Settings of network centralities
One of the ways to understanding of
social network needs includes accounts of centrality and of one node’s
relationship to other nodes in a network. This is why Linton C. Freeman’s article on
centrality in social networks is important (Freeman, 1978). Freeman explored
how “graph centralization” is based on differences in point centralities. There
are also outlined three competing theories regarding the definition of
centrality based on degree of a point, control and independence.
Because social networks are
fundamentally social tools in which people are constantly monitoring and
growing their social network, most social network media depict growth using the
degree of point definition. However, control and independence can be more
useful definitions. For example, a person who controls information flows is
more important than one who may have more friends in the network.
Degree centrality is defined as the
number of links incident upon a node (i.e., the number of ties that a node
has). In enterprise network this means counting the number of informed people
it has in a social network. The more people are connected to given node, the
more important node is.
Degree centrality can also indicate
which members are the most useful or well connected and therefore the best
information resources. It is often interpreted in terms of the immediate risk
of node for catching whatever is flowing through the network. The greater a
person's degree, the greater the chance that he will catch whatever is flowing
through the network, whether good or bad. Nodes with degree centrality are not
only more viewable as well as controllable but therefore the network better
obtains any information whose may effectively exploit in the competition
process. They better gather new innovation and knowledge. In general, the
greater a person's degree, the more potential influence the network has, and
vice-versa. For example, in enterprise network, a person who has more
connections can spread information more quickly, and will also be more likely
to hear more stuff. Any research points say, the better organisations gather
more information by reception more then official reports.
To
obtain better information about weaknesses as well as opportunities of our
communication network we analysed such social network.
Our
network has following structure (Picture 2):
Picture 2 Social network diagram
Social network can be interpreted as
network with nodes and ties. If the network is directed (meaning that ties have
direction), then we usually define two separate measures of degree centrality,
namely indegree and outdegree. Indegree is a count of the number of ties
directed to the node, and outdegree is the number of ties that the node directs
to others. For positive relations such as friendship or advice, we normally
interpret indegree as a form of popularity, and outdegree as gregariousness.
Also
when we analyse information flows we must analyse number of ties for direct
information and separately for back information flows in our network to obtain
degree centrality definition in such system. It is necessary to avoid of system
cycling.
Setting of centralities by using a matrix-analysis
method
Firstly,
we made a matrix answered to information flow relations in our analysed
communication network presented by network diagram (Picture 2). Secondly we
analysed a correlation matrix of information flow relation of network’s
subjects.
Let that
matrix be compact model of information graph. In the social network it is
occurred time hold-up of information flows between input and output data accordingly
to their background processing in the social network. Let these elements of
social network are marked as subjects of that system - Yi. Some
relation between these subjects are described as oriented paths Xi,j.
Hence variable Xi,j is
even to 1, if exists relation from node Yi to Yj node, and
Xi,j is even to zero, if that relation absent. We obtain information
matrix (e.g. matrix of relation between manager and employees see Picture 3):
Picture
3 Correlation matrix of information relation network
|
|
Y1 |
Y2 |
Y3 |
Y4 |
Y5 |
Y6 |
|
Y1 |
0 |
1 |
1 |
1 |
0 |
1 |
|
Y2 |
0 |
0 |
1 |
0 |
0 |
0 |
M 1= |
Y3 |
0 |
0 |
0 |
1 |
1 |
1 |
|
Y4 |
0 |
0 |
0 |
0 |
1 |
0 |
|
Y5 |
0 |
0 |
0 |
0 |
0 |
0 |
|
Y6 |
0 |
0 |
0 |
0 |
0 |
0 |
|
S |
0 |
1 |
2 |
2 |
2 |
2 |
In
the next, we summarize values in the columns. If sum in the columns is even to
zero, those points are integrated to even hierarchy levels. As we can see from
the Picture 3, the node Y1 has the highest degree position.
To
obtain next levels we calculated series of matrix n-exponentiation and
consequently again we summarized values of columns answered to particular
nodes. That process we repeated until we obtained a zero-matrix.
Number
of exponentiation answered to number of hierarchy levels. We must exponentiate our
matrix 5-times to obtain zero-matrix – so our network has five hierarchy
levels. Gradually we determined distribution of nodes to several levels and assigned
to nodes relevant information flows accordingly to existing ties of communication
system. So we obtained new graph model of information network answered to existing
information hierarchy levels (Picture 4):
Picture
4 Graph presentation of hierarchy model
That model waked an analysed network more
transparently because of more visible hierarchy levels and ties in seem to be
complicated graph diagram of analysed social network.
Next
we configured matrix of ties counting rate. Number of ties indicates a number
of information redundancies by network nodes (Picture 5):
Picture 5 Matrix of counting rate information
ties
|
|
Y1 |
Y2 |
Y3 |
Y4 |
Y5 |
Y6 |
|
Y1 |
0 |
1 |
2 |
2 |
2 |
2 |
|
Y2 |
0 |
0 |
1 |
1 |
2 |
1 |
|
Y3 |
0 |
0 |
0 |
1 |
2 |
1 |
|
Y4 |
0 |
0 |
0 |
0 |
1 |
0 |
|
Y5 |
0 |
0 |
0 |
0 |
0 |
0 |
|
Y6 |
0 |
0 |
0 |
0 |
0 |
0 |
As
we can see the information redundancy had nodes Y3,Y4,Y5,Y6.
On
the other hand, by analysing of existing network it is necessary to appreciate
if redundancy is needful or needless. It is necessary to balance the positives
and negatives of size and communication activity. A final question to consider
is which type of membership activity and where (giant component, middle layer
or among singletons) most affects communication network? Result of that analyse
gives more opportunities to set up if that network worked effectively or
financial resources or people potential are exploited efficiently.
Setting of other centralities
Graph-analysing
method gives also next information. We can identify control centrality where control
refers to the extent to which nodes depend on one specific node to communicate
with other nodes. For example, if more employees are connected to each other
only when that node serves as the bridge connecting them, then its centrality
is high. It is the node that controls the communication flows.
In
our network such centralities had nodes Y1 and Y3. Node Y1 has degree
centrality because of the most nodes are connected to it (Picture 4).
Next
ones centrality is betweenness centrality. It is a centrality
measure of nodes within a graph. Nodes that occur on many shortest paths
between other nodes have higher betweenness than those that do not. The highest
betweenness centrality has Y3 and
that serves as the bridge between the most nodes and controls the
information flows.
And
finally independence means that a node is closely related to all the
nodes considered – so that it is minimally dependent on any single node and is
not subject to control. This means it can reach the maximum number of people
through the shortest number of links, without being dependent on a particular
few nodes (Y1).
In
graph theory closeness is a centrality measure of a node within a graph.
Nodes that are “shallow” to other nodes (that is, those that tend to have short
distances to other nodes with in the graph) have higher closeness. In the
network theory, closeness is a
sophisticated measure of centrality. It is defined as the mean shortest path
between a node and all other nodes reachable from it. If we used graph-analyse
to set closeness centrality this
centrality has a node Y3.
Possibility of optimization by using a traffic model
method
Different
methods and algorithms can be introduced to measure closeness, like the random-walk
centrality. That is a measure of the speed with which randomly
walking messages reach a node from elsewhere in the network — a sort of
random-walk version of closeness centrality. Closeness centrality can be
regarded as a measure of how long it will take information to spread from a
given node to other reachable nodes in the network.
There
we can analyse time-delay needed to processing of all documents whose are
processed by information network.
We
used analyse by method of traffic model based on relationship between
information flow and distribution flow. We tested the condition by transmission
of random document to random department of our enterprise.
We can
optimize a sum multiple of time-delay occurred by transmission of documents:
S n
Tc =
å å (ti,j +tmi,j)
j=1 i=n
where:
Tc – total duration of
document processing cycle,
n – count of departments,
S – count of documents,
ti,j – time-duration of technological
operation by document processing,
tmi,j – time-delay of document staying at
same department.
It is needed to achieve a minimum of
total time-duration of document processing cycle. We compounded a matrix of
traffic model which enable to look over several time-duration ti,j of document processing and time-delay
tmi,j of document staying as well as sum of time-duration TDs and
sum of time-delay TPn needed by several departments by document processing. We
have to search such values of TDs and TPn whose sum is minimized.
There the expression
åTcD=åTcP
means
the total sum of time-duration of document processing which must be even to
total sum of time-delay needed to document processing on several departments.
If
we analyse several rows and columns of the relevant matrix we may detect any
weaknesses in document processing, alternatively some limitation occurring at several
departments by document processing. It allows to detect ledges occurred by information
processing and therefore gives more possibilities to optimize information flows
in the enterprises.
Conclusion
Searching and
setting of centralities in the social network gives more possibilities by
managing of that network, as well as by data management, etc. by taking control
by implementation of new information and communication technologies. Separation
of weaknesses and some limitations of managed network provide better
utilization of communication network in the business processes, negotiation or
by decision making processes. It can be eliminated treatments of network nodes
that may evoke some failures by more important dealings or statements. Setting of their centralities may
eliminate constraints and threatens whose may occur by using such network to
predict partner behaviour and identify new business opportunities mostly by doing business on foreign markets.
Social
network in the enterprises has unique properties thanks to be a socio-technical
system that is created by people with their specific characters but not only by
exploitation of technical components and other communication tools.
Literature
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SINGH, S. Social Networks and
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Košice: Epos. 2005. ISBN 80-8057-660-2.
3. Freeman, L. C.
Centrality in Social Networks: Conceptual Clarification. Social Networks 1(3):
215-239. 1978
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Approaches for Social Network Analysis. http://www.cs.usyd.edu.au
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K. 2006. Foreign trade - what do expect small and medium sized enterprises? In:
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http://www.analytictech.com/networks/whatis.htm