| Corba Case Study |
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| Client and server example, Architecture
CORBA IDL, CORBA object references |
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| Distributed File System (DFS) Concepts |
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| Distributed File System overview Understanding Distributed File System
Using Distributed File System |
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| Logical Time and Global States |
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| Clock, Events and Process States Logical Clocks
Global States |
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| The Coda Distributed File System |
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| The Coda distributed file system is a state of the art experimental file system developed in the group of M. Satyanarayanan at Carnegie Mellon University. Numerous people contributed to Coda which now incorporates many features not found in other systems:Mobile Computing |
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| Distributed Shared Memory Architecture |
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| Despite the advances in processor design, users still demand more and more performance.
Eventually, single CPU technologies must give way to multiple processor parallel computers: it is
less expensive to run 10 inexpensive processors cooperatively than it is to buy a new computer 10
times as fast. |
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| Fundamental Concepts of Distributed Systems |
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| “A system in which hardware or software components located at networked
computers communicate and coordinate their actions only by message
passing.” [Coulouris] |
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| Distributed System Principles |
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| A distributed system consists of a collection of autonomous computers, connected through a network and
distribution middleware, which enables computers to coordinate their activities and to share the resources of the system,
so that users perceive the system as a single, integrated computing facility. |
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| Distributed Systems Basics |
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| Why build a distributed system? There are lots of advantages including the ability to connect remote users with remote resources in an open and scalable way. When we say open, we mean each component is continually open to interaction with other components. When we say scalable, we mean the system can easily be altered to accommodate changes in the number of users, resources and computing entities. |
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| Distributed Systems Overview |
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| We’ve seen in the last few chapters how people can authenticate themselves to systems
(and systems can authenticate themselves to each other) using security protocols; how
access controls can be used to manage which principals can perform which operations
in a system; and some of the mechanics of how crypto can be used to underpin access
control in distributed systems. |
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| Distributed Shared Memory |
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| Design and Implementation Sequential consistency and Ivy – case study
Release consistency and Munin – case study Other consistency models |
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| Corba and Java |
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| CORBA loves Java! CORBA provides a platform-independent, language-independent way to write applications that can invoke objects that live across the room or across the planet. Java is an object-oriented language that's ideal for writing the clients and servers living on the Object Bus. |
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