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ENHANCING MESSAGE PRIVACY IN WIRED EQUIVALENT PRIVACY.
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Title
ENHANCING
MESSAGE
PRIVACY
IN
WIRED
EQUIVALENT
PRIVACY.
Author
Purandare, Darshan
Keywords
WEP
IEEE 802.11
IV
WPA
RSN
Wireless Security
Abstract
The
802.11
standard
defines
the
Wired
Equivalent
Privacy
(WEP)
and
encapsulation
of
data
frames.
It
is
intended
to
provide
data
privacy
to the
level
of a
wired
network.
WEP
suffered
threat
of
attacks
from
hackers
owing
to
certain
security
shortcomings
in the
WEP
protocol.
Lately
,
many
new
protocols
like
WiFi
Protected
Access
(WPA)
,
WPA2
,
Robust
Secure
Network
(RSN)
and
802.11i
have
come
into
being
,
yet
their
implementation
is
fairly
limited.
Despite
its
shortcomings
one
cannot
undermine
the
importance
of
WEP
as
it
still
remains
the
most
widely
used
system
and
we
chose
to
address
certain
security
issues
and
propose
some
modifications
to
make
it
more
secure.
In this
thesis
we
have
proposed
a
modification
to the
existing
WEP
protocol
to
make
it
more
secure.
We
achieve
Message
Privacy
by
ensuring
that the
encryption
is
not
breached.
The
idea
is
to
update
the
shared
secret
key
frequently
based
on
factors
like
network
traffic
and
number
of
transmitted
frames.
We
also
develop
an
Initialization
Vector
(IV)
avoidance
algorithm
that
eliminates
IV
collision
problem.
The
idea
is
to
partition
the
IV
bits
among
different
wireless
hosts
in a
predetermined
manner
unique
to
every
node.
We
can
use
all
possible
224
different
IVs
without
making
them
predictable
for an
attacker.
Our
proposed
algorithm
eliminates
the
IV
collision
ensuring
Message
Privacy
that
further
strengthens
security
of the
existing
WEP.
We
show
that
frequent
rekeying
thwarts
all
kinds
of
cryptanalytic
attacks
on the
WEP.
Adviser
Guha, Ratan
Publisher
University
of
Central
Florida
Degree
M.S.
Degree Discipline
School of Computer Science
Degree Grantor
Engineering and Computer Science
Degree Program
Computer Science
Graduation Date
2005-05-01
Type
Master's thesis
Access Level
Public - Allow Worldwide Access
Release Date
2005-05-01
Repository
University Archives
Repository Collection
Electronic Theses and Dissertations
Identifier
CFE0000479
Access Link
http://purl.fcla.edu/fcla/etd/CFE0000479
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