Disusun Oleh :
Fajar Nugraha
Wahyu (11140910000013)
Mukti Wibowo (11140910000053)
JURUSAN TEKNIK INFORMATIKA
FAKULTAS SAINS DAN TEKNOLOGI
UIN SYARIFHIDAYATULLAH
JAKARTA
2017
Security Based Computing
is very importen for human life. Because in modern life everything managed base
on computing. Service-based computing(SbC) delivers applications and data from
a managed computing platform to a relatively simple end device. As service-based
computing takes hold, it must fulfill a promise of a simpler, more reliable,
even more enjoyable end-user experience. Service-oriented computing based on
the broker pattern is a client/server model where server registers with the
UDDI registry and the client contacts the registry to discover the server
location in order to use the server’s provided services. Peer-oriented
computing based on P2P pattern is a model where computer resources and services
are shared between directly communicating systems and Peer-topeer networks
consist of independent units which behave similarly and can provide as well as
consume services. The three major participants of service-oriented computing
are the service provider, the service brokers (registry), and the service
consumer. It is the function of three major participants :
1.
The Service Provider - responsible for
building a web service and publishing its description.
2.
The service broker - maintains a registry
of web services and supports their discovery.
3.
The service consumer makes use of
published web services by finding them in the broker’s registries and binding
to or integrating with them.
In
the last time, UDDI is one of service, it is use centralized architecture consisting of multiple
repository servers storing information describing web services and their
corresponding providers. The centralized services registries model suffers from
the usual problems that centralized computing systems do. centralized service
broker are more susceptible to denial of service attacks and in addition,
storing a large number of web services information on a centralized service
broker increases response time of service providers’ updates. Dependency on a
centralized component may hinder the full strength and flexibility of web services.
Peer
to peer network is the contrast to service-oriented computing can be used to
overcome the drawbacks of the traditional web services approach since in the
decentralized architecture approach. Peer-to-peer networks are completely
decentralized and allow developing applications with high availability and
scalability. Another advantage of the decentralized architecture is the direct
communication between peers, which reduces delays of transmission of updated
information.
This method is based on
synchronization of neural networks by mutual learning. Two dynamical systems
which synchronize by mutual signals have an advantage over an attacker E which
can only synchronize by listening to the exchanged signals. In this section we
repeat the definition of neural cryptography. Each of the two partners A and B
uses a special neural network called tree parity machine (TPM). The final
output bit of each TPM is defined by the product of the hidden units. Both
partners A and B initialize their weight vectors by means of random numbers
before the training period starts. Neural cryptography is really a very
promising method for generating shared secret key. And it’s easy to apply it
into the architecture of SbC.
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