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, Lorr & Youniss, 1986; Pincus & Gurtman, 1995; Pincus & Wilson, 2001), and in cases of psychopathology, an individual s interpersonal diagnosis (Kiesler, 1986; Leary, 1957; McLemore & Benjamin, 1979; Wiggins, Phillips, & Trapnell, 1989) The individual differences approach led to the empirical derivation of a popular structural model of interpersonal traits, problems, and behavioral acts often referred to as the Leary circle (Freedman, Leary, Ossorio, & Coffey, 1951; Leary, 1957) or the Interpersonal Circle (IPC; Kiesler, 1983; Pincus, 1994; Wiggins, 1996) Leary and his associates at the Kaiser Foundation Psychology Research Group observed interactions among group psychotherapy patients and asked, What is the subject of the activity, eg, the individual whose behavior is being rated, doing to the object or objects of the activity (Freedman et al, 1951, p 149).

This contextfree cataloging of all individuals observed interpersonal behavior eventually led to an empirically derived circular structure based on the two underlying dimensions of dominance-submission on the vertical axis and nurturancecoldness on the horizontal axis (see Figure 91) The IPC model is a geometric representation of individual differences in a variety of interpersonal domains, including interpersonal traits (Wiggins, 1979, 1995), interpersonal problems (Horowitz, Alden, Wiggins, & Pincus, 2000), verbal and nonverbal interpersonal acts (Gifford, 1991; Kiesler, 1985, 1987), and covert interpersonal impacts (Kiesler, Schmidt, & Wagner, 1997; Wagner, Keisler, & Schmidt, 1995) Thus, all qualities of individual differences within these domains can be described as blends of the circle s two underlying dimensions Blends of dominance and nurturance can be located along the 360 perimeter of the circle Interpersonal qualities close to one another on the perimeter are conceptually and statistically similar, qualities at 90.

Provide us with a plane surface representing a part of the ellipsoid; Transform angular metrics into a more practical metric system; and Allow metric measurements of distances.

9

0.1 R ( m)

Alice uses TimeGems in her daily life. It helps her to enjoy her time by discovering and organising social activities within her recreational time-slots. Today Alice had a rapid lunch. She realises that she has almost half an hour before going back to her of ce. She opens TimeGems to receive suggestions about possible activities to undertake with friends of any of the groups she belongs to. TimeGems enquires her preferred time-slot and analyses the availability of her groups and their members. Matching the available groups and Alice s preference, TimeGems quickly suggests various activities: Alice s of ce colleagues are nishing lunch and drinking coffee in a restaurant a few metres away. Jane, a friend of hers, is showing online photos of her last holidays. Alice s tness group she participates in weekly is inactive, so no related activity is proposed. Last, two friends of hers, Tom and Tina, are currently shopping in the neighbourhood, being available for the selected duration. TimeGems suggests Alice to either join Jane at her of ce, enjoying a tea and cookies, or to initiate a spontaneous meeting with Tom and Tina at a nearby cafe preferred by all three of them. Alice decides to meet Tom and Tina. She sends an invitation via TimeGems. Her two friends reply and accept the invitation within minutes.

11 21

and current magnitude and serve the role of a capacitor in the L-match network at the application frequency. As an example, Figure 2.12 shows a network that is synthesized using a rst inductor and a MOSFET. During the ESD event, the MOSFET discharges the current to the VSS power rails. At RF application frequency, the network forms an L-match network. An ESD method of conversion of an ESD network into an L-match network can be established as follows: An ESD network is formed using at least one series element and one shunt element forming an L-type con guration. The shunt element within the L-type con guration serves as a ESD discharge means. The rst series element allows the current to ow to the shunt element during ESD events and serves as an L-match element at application frequencies.