By Kenneth P. Birman
Because the 'network is the pc' slogan turns into truth so reliability and defense of networked functions develop into extra vital. not just are hospitals, air site visitors keep an eye on structures, and phone platforms turning into extra networked, yet company purposes are more and more according to the open international of the web. balance within the face of sweet sixteen injuries, software program or mess ups, or outright assault has turn into important. This publication offers a established description of the applied sciences at the moment to be had for development trustworthy recommendations to those difficulties.
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Extra resources for Building Secure and Reliable Network Applications
Tools can 39 40 Kenneth P. Birman - Building Secure and Reliable Network Applications even go beyond this, taking the next step by offering mechanisms to control and manage software built using other tools. It has become popular to talk about distributed systems that support distributed operating environments – well integrated collections of tools that can be used in conjunction with one another to carry out potentially complex distributed programming tasks. Examples of distributed programming environments are the Open Network Computing (ONC) environment of SUN Microsystems, The Distributed Computing (DCE) of Open Software Foundation, the various CORBA-compliant programming tools that have become popular among C++ programmers who work in distributed settings, and the Isis Toolkit and the Horus system; these last two being systems developed by the author of this text and his colleagues, which will be discussed in Chapter 18.
Birman - Building Secure and Reliable Network Applications 48 back-to-back packets, compensate for this by using long chains of buffers for incoming messages, and implementing very lightweight logic for dealing with received messages as quickly as possible. An interesting feature of the ethernet is that it supports both broadcast and multicast in hardware. The two features are implemented in the same way. Before any communication is undertaken, the ethernet interface is preloaded with a special address – one that is the same on all machines within some set.
Stepping back somewhat, it can be argued that a layered communication architecture is primarily valuable as a descriptive abstraction – a model that captures the essential functionality of a real communication system but doesn’t need to accurately reflect its implementation. The idea of abstracting the behavior of a distributed system in order to concisely describe it or to reason about it is a very important one. However, if the abstraction doesn’t accurately correspond to the implementation, this also creates a number of problems for the system designer, who now has the obligation to develop a specification and correctness proof for the abstraction, to implement, verify and test the corresponding software, and to undertake an additional analysis that confirms that the abstraction accurately models the implementation.