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Froot et al. (1993), pp. 1645 1648. Note that hedging cannot change the expected level of wealth. 272The probability of risk management increases with the demand for funds (which is typically determined by the firm s growth opportunities as indicated by the firm s market-to-book ratio or its Tobin s q) and the unavailability of internal funds. 273See Tufano (1996), pp. 1107 1108. 274See Smithson et al. (1990), p. 375. 275As described by Jensen (1986) and (1993). 276See Tufano (1998). 277See Smith (1993), p. 21.

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A pomset p D is said to be well formed if there is n N and m1 , , mn M and s ( 1 , r1 ), , ( n , rn ) (I I) \ {( , )} such that7 s p (M( 1 , r1 , m1 ) M( n , rn , mn )) > s s < where M( , r , m) is de ned as follows: M(s, r, m) = snd(s, r, m) ; rcv(s, r, m), s M(s, , m) = snd(s, , m), and M( , r, m) = rcv( , r, m) Well-formed pomsets are obviously nite and locally linear For the purpose of developing our semantics, basic interactions are given syntactically by well formed pomsets We de ne Basic = {B P | B is well formed} and use B as a metavariable that ranges over Basic.

The formal semantics of basic interactions is given by a semantic function P[[ ]] which maps basic interactions to sets of positive (valid) traces (see Table 91) As mentioned above, basic interactions do not have negative traces The question remains how the metamodel in Figure 92 is to be mapped into the new (syntactic) domain Basic: Let I be a basic interaction and (O, ) the speci cation graph of I; see Section 9222 Since (O, ) is an acyclic graph, the O-re exivetransitive closure of is a partial order on O; we de ne O by Basic interaction I is then mapped to [(O, O , O )], where O is a labeling function O E, whose de nition is straightforward; in particular, synchronous messages (see Section 923) and coregions (see [45]) can be dealt with easily.

Before you select multiple headers, you might find it easiest to sort the messages in some order that clumps together the ones you want to select. Or, if you ve already created a view that isolates messages, choose that view name from the Views bar to filter out messages you don t want to select. It s not necessary to sort or filter first just an option worth considering. You can use any of the following techniques to select multiple message headers. You ll know which headers are selected because they re highlighted, usually as white text against a black background: n To select one message header, click anywhere on that header. n To select message headers above that one, hold down the Shift key while pressing or Page Up. Or to select messages below that one, hold down the Shift key while pressing or Page Down.

The only interesting issue in de ning O is how a Message M is to be mapped to a message identi cator m M One possibility would be to use the Message M itself (ie, the object identi cator) However, we de ne m as the set of any information that is conveyed by the message and can be used by the receiver to distinguish between two messages coming from the same sender In particular, m comprises the name of M, arguments, and any kind of message content Note that the resulting mapping of the metamodel into Basic is not injective (see Figure 95) A receiver instance cannot determine the order in which it receives two completely identical messages 923 Synchronous and Asynchronous Messages.

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