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6.3 HOW SCHEDULING WORKS
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About the class or generic information that describes and models the problem, application, or, most usually, the domain About the instance information that is, the specific instantiation of that description or model
The successful demonstrations of synchronization and data transmission in experiments have proved that these schemes are robust to some degree, but there is much still to be done in terms of evaluating the robustness and practical trade-offs with the security based on parameter sensitivity. A system based on the use of synchronization for replication will necessarily have some allowance for parameter mismatches. The smaller this allowance, the greater the security can be if the parameters are used as secret keys. On the other hand, the sensitivity of the lasers to changes in parameter may cause difficulties for stable operation. In this section we consider the issue of parameter mismatches with respect to chaos synchronization. But first we make a comment on the issue of security. Another aspect to the security of messages hidden in chaotic waveforms is the difficulty of separating the message from the chaotic carrier by analyzing recorded waveforms. It has been demonstrated that systems with low-dimensional chaos are not secure for data transmissions, in the sense that a low dimensional attractor is easily reconstructed from time series data, and system parameters are easily estimated from this attractor [44, 45]. Decoding without knowing key parameters becomes more difficult with the increase of the dimension of the chaotic dynamics [46]. The system of a semiconductor laser with optical feedback, as described by the theoretical model, is embedded in an infinite dimensional system due to the delay. However, the actual dimension of the dynamics is typically much lower, being restricted by the intrinsic response times in the laser. Quantitative analysis of the dimension of the synchronized chaos and the degree of security remains an important challenge for future study. Here we limit our discussion to the issue of the matching of the receiver laser for message recovery by synchronization.
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When you have implemented your Enterprise bean classes, and created the associated remote and home interfaces for each class, you must still write your client code. Simple client applications resemble clients for RMI systems. They start with a standard sequence of code used to establish contact with the server (in the case of a servlet client, this would best be done in the servlet s init method). Where an RMI client will typically be trying to create a proxy for some object identified in the rmiregistry, an EJB client will be trying to get a proxy for a Home object in the EJB container. If the connection attempt is successful, the client will then use this initial Home proxy object to submit a create or find request for the actual session or entity bean with which it wishes to work. This operation will again result in a proxy object that the client may then use. As in RMI programs, the rest of the code seems straightforward; the client uses the proxy as if it were any other local object, invoking methods and receiving results. The code must arrange to catch RemoteExceptions, and, as with RMI, all arguments used in method invocations must be serializable with the server working with a copy of the data passed. Finally, you must assemble and deploy your system. This step is a little bit like the processes of writing a web.xml deployment file, and then building a .war file for a completed servlet/JSP application; though inevitably it is more complex. Sun s view of the future has development teams that include individuals with specialized skills such as web component creator , enterprise bean author , client application author , application assembler and application deployer/administrator . You have some experience with the role of web component creator , having created web applications with static HTML files, JSPs, web.xml deployment files and servlets. Apart from writing the code for the enterprise beans, an enterprise bean author must also compose a deployment XML file. This file, ejb-jar.xml, is considerably more complex than the web.xml files and is never composed by hand; instead, the developer will use some GUI-based wizard that steps through the creation process (Sun s kit includes the deploytool program that incorporates an Enterprise Bean Wizard). This wizard allows the developer to select the class files that make up a bean (remote and home interfaces, and the enterprise bean itself), and then specify deployment details such as whether the bean is a session bean or an entity bean. The role of client application author would probably suit someone with prior experience with Java RMI; the general programming style is similar. The application assembler takes .jar files with the enterprise bean components and client application components, and .war files with servlet/JSP client applications, and assembles these into an Enterprise Archive (.ear file). This archive again incorporates a fairly complex deployment XML file that is created with the help of a wizard tool. Among other data, this deployment file contains name mappings that relate the server names used in clients (servlet/application) to the enterprise bean that provides the services. Finally, the application deployer/administrator is responsible for running the EJB server (this is the j2ee program in Sun s kit), and for adding .ear files to the server s repertoire.
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