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In our view, the strict constructivist approach does not seem prudent In this chapter, attitudes are conceptualized as stored memorial constructs that may or may not be retrieved upon encountering the attitude object (see Fazio, 1990) In using this conceptualization, we do not mean to imply that attitudes are not susceptible to context effects or are never constructed from scratch Most obviously, when individuals do not have attitudes about a particular attitude object, they may simply construct an attitude when asked for one (Converse, 1970) Also, when individuals are instructed to think about their attitude before reporting it, they may sometimes selectively focus on a subset of attitude-relevant information and this salient information would in uence the attitude reported (eg, Wilson & Kraft, 1993) Similarly,.

Miscarriage 524 Infertility 525 Postpartum Reactions 526 Peripartum Cardiomyopathy 527 SOCIAL AND CULTURAL INFLUENCES ON WOMEN S HEALTH 527 Socioeconomic Status and Women 528 Multiple Roles: Risk or Protective Factor 529 Sex Roles, Socialization, and Women s Health 533 CONCLUSIONS AND FUTURE DIRECTIONS IN WOMEN S HEALTH 534 Health Care 534 Psychology 534 Mentorship 535 Research 535 Why Women s Health Why Now 535 REFERENCES 536

In multichip system design, the on-chip bandwidth has signi cantly improved with semiconductor technology scaling. In system level design, multiple chips and chip sets are placed on a common substrate material. In these multichip systems, the signal lines are required to leave the rst chip through wire bonds or solder balls, transfer through a common substrate material, and then re-enter another wire bond or solder ball connection. In these multichip environments, the interchip signals also have ESD protection networks on the transmitting signal pad and the receiving signal pad. In the case of the interchip signal line, the signal is transmitted using an off-chip driver (OCD) of the rst chip and received by a receiver network of a second chip. Given that the semiconductor chips were manufactured independently, the rst ESD element is placed on the transmitter chip, and the second ESD element on the receiver chip. The total capacitance loading of the solder ball, the MLC interconnect wiring, and the two ESF elements lead to an impact in functional performance. When the on-chip bandwidth increases, the off-chip interconnects and structures do not scale at the same pace; this dichotomy introduces a limitation in multichip systems and a separation between the on-chip and off-chip bandwidths [30]. In a new RF I/O strategy, semiconductor chips can transfer signals through capacitive coupling [30 32]. An insulator lm is placed over the pad of the transmitter in the rst chip, and a second insulator lm is placed over the receiver in the second chip (Figure 10.7). A capacitor is formed between the transmitter signal pad and the receiver signal pad. This allows for capacitive coupling. In this implementation, no solder balls, or wirebonds or

Remote Procedure Calls When a non-object-oriented programming language is used, we can call the remote function, routine, subroutine, or procedure a Remote Procedure In most non-object-oriented programming languages (like C, Pascal, FORTRAN, and Basic), Remote-Code Execution usually requires using a preprocessor to generate code This preprocessor replaces the local procedure calls with calls to the Remote Procedure In effect, each call spanning the components is actually using additional library routes to perform a corresponding call on the remote machine This is why we refer to this technique as a Remote Procedure Call (RPC) Usually, the preprocessor is bundled with a set of third-party tools and libraries that implements the remote execution This third-party code is necessary to achieve the remote communication Remote Method Invocation When Remote-Code Execution is implemented using an object-oriented approach, we can call the remote function, routine, subroutine, or procedure a Remote Method.

When indicated and professionally appropriate, psychologists cooperate with other professionals in order to serve their clients/patients effectively and appropriately. (See also Standard 4.05, Disclosures.)

The object that implements these Remote Methods is called a Remote Object Because we are using object-oriented terminology, we do not say that a method is called ; instead, we say that the method is invoked This is why we refer to this technique as a Remote Method Invocation (RMI) While objectoriented programming languages (like Java, Visual C#, Visual Basic, and Visual C++) can choose to use a preprocessor and set of third-party tools and libraries to implement the remote communication code (the same as most RPC implementations often do), these languages can alternatively choose to use frameworks and extensions to include the desired functionality as part of the development and runtime environment RPC Versus RMI There are a few signi cant differences between a Remote Procedure and a Remote Method.