Efficient
and Secure Content Processing
and Distribution by Cooperative Intermediaries
and Distribution by Cooperative Intermediaries
Abstract:
Content
services such as content filtering and transcoding adapt contents to meet
system requirements, display capacities, or user preferences. Data security in
such a framework is an important problem and crucial for many Web applications.
In
this paper, we propose an approach that addresses data integrity and
confidentiality in content adaptation and caching by intermediaries.
Our
approach permits multiple intermediaries to simultaneously perform content
services on different portions of the data. Our protocol supports decentralized
proxy and key management and flexible delegation of services.
Our experimental results show that our
approach is efficient and minimizes the amount of data transmitted across the
network.
Existing Systems:
In order to enhance the performance of content
distribution networks (CDNs), several approaches have been developed based on
the use of data adaptation and content management services provided by
intermediary proxies. In most of these approaches, content caching is the main
service provided by proxies.
Proposed Systems:
Our
approach also assures data confidentiality during transmission. It highlights
load distribution through P-proxies to improve system performance and supports
parallel content services.
Because
no modification is required to current content distribution systems in order to
adopt our approach, our work is easy to deploy for many applications. In addition,
our approach is extensible; if a new type of content service is required, our
architecture can be easily adapted to the new requirement.
Software Requirements:
Software
Interface
·
JDK 1.5
·
Java Swing
·
SQL Server
Hardware
Interface
·
PROCESSOR : PENTIUM IV 2.6 GHz
·
RAM : 512
MB DD RAM
·
MONITOR
: 15” COLOR
·
HARD DISK
: 40 GB
·
KEYBOARD
: STANDARD 102 KEYS
·
MOUSE : 3 BUTTON
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