Is there any available works on cloud resource discovery that use an hybrid architecture, specially master-slave or super-peer architectures?
I mean, is this a feasible idea since the network performance and resource
availability can be the tightest bottleneck for any cloud.
In fact I need some references on this subject.
Resource and service discovery is a very vital issue in Internet based distributed systems such as Grid and Cloud computing.The super-peer architecture can be used to organize the nodes and on ontology to manage the node organization.
You might be interested to give a look at the architecture of Spotify. Spotify was originally using P2P (http://www3.cs.stonybrook.edu/~phillipa/CSE390/spotify-p2p10.pdf) as an important part for discovery and delivery. Now, they got rid of it but certain aspects of the P2P model still exist.
Here are some links:
https://labs.spotify.com/2013/03/15/backend-infrastructure-at-spotify/#more-189
http://www.slideshare.net/protocol7/spotify-architecture-pressing-play
http://www.slideshare.net/davidpoblador/spotify-bcn2013slideshare
As I understand the concept of super-peer architecture, it is completely feasible. I did work with resource assignment in cloud-computing and the concept I manage to complete this idea was using routing tables. Instead of having routes you can add resources to your tables and keep them updated.
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