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When using Remote Procedures in our code, there are typically some library-speci c startup procedures that must be called before the remote calls can be made After the conversation is nished, there are usually some library-speci c procedures to be called to close the network connections and release the resources Failure to call these startup and shutdown procedures properly can result in errors or resource (memory, network connections, etc) leaks Remote Methods essentially have the same concerns, but because of the object-oriented nature of the implementation, we can handle them differently Typically, our Remote Methods would be organized (and refactored as needed) into cohesive collections of classes, interfaces, and methods The required startup and shutdown code can be encapsulated into the class that implements the Remote Methods or invokes them.

Figure 11-1

While it is probably not a good idea to implement the startup and shutdown code inside constructor/initializer and destructor/ nalizer methods, that is also one possibility While memory/resource leaks are still a concern, they are somewhat more manageable because of the garbage collection facilities provided within the object-oriented programming languages themselves It is possible for us to pool the Remote COSs however, to do this we must ensure that they implement the COS Pooling Requirements correctly We usually need to consider thread safety and reentrancy issues for the callee (and perhaps for the caller) when pooling is used here Marshalling and Unmarshalling Parameters Regardless of whether Remote Procedures or Remote Methods are used, we need to consider how data is sent and received between the local and remote code There are several issues to be considered here Both approaches communicate via a stream of data.

This stream needs to contain information identifying which procedure/method is being executed, as well as the.

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In a subset of persons with severe asthma, the inability to perceive changes in air ow may be life threatening or fatal For example, a comparison of patients who had near fatal asthma attacks, patients with asthma without near-fatal attacks, and a group of participants without asthma revealed that patients who had a near fatal attack had a blunted respiratory response to hypoxia generated by rebreathing (breathing within a con ned space, resulting in gradually increasing carbon dioxide as the available air is recycled), and their perception of dyspnea was lower than participants without asthma (Kikuchi et al, 1994) Inaccurate perception of respiratory status has been associated with repressive-defensive coping (see also next section) (Isenberg, Lehrer, & Hochron, 1997; Steiner, Higgs, & Fritz, 1987).

Timely and accurate perception of your respiratory status is central to appropriate asthma self-management, but research suggests a good deal of variability among patients perceptual abilities that may have life-threatening consequences Psychoanalytic Theory From the psychoanalytic perspective, asthma has been posited to develop in response to repressed emotions and emotional expression, such as repressed crying (Alexander, 1955) This perspective views asthma as a psychosomatic illness, suggesting direct causal links between psychological factors and disease The psychoanalytically-informed literature related to asthma is largely limited to case studies and other clinical materials (eg, Levitan, 1985) Two areas of empirical research, however, may have been in uenced by these early psychoanalytic formulations, namely, research on alexithymia and the repressive-defensive coping style Alexithymia Dif culty in labeling and expressing emotions has been termed alexithymia (Nemiah, 1996).

TABLE 22.6 Summary of Computational Cost of Various Signature RSA (1024 bits) Veri cation cost for one signature Aggregate signing cost 0.03 0.015(k + 1) SAS-UAB (160 bits) 1.3 1.3(k + 1) ECDSA (160 bits) 1.95

Several decades ago, a group of researchers developed a measure of alexithymia as a subscale of the MMPI (Kleiger & Kinsman, 1980) and used it in a series of studies of patients with asthma They found that alexithymic patients were more likely to be rehospitalized and had longer lengths of stay than did non-alexithymic patients (Dirks, Robinson, & Dirks, 1981); these differences were not attributable to underlying asthma severity More recently, it has been shown that dif culty distinguishing between feelings and bodily sensations, as measured by the Toronto Alexithymia Scale, is related to greater report of asthma symptomatology, but not objective measures of pulmonary.