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will no longer be able to receive packets. The trade-off for this added responsibility and loss of isolation is a more ef cient use of memory and CPU time. To allow easy development of network algorithms, MOS also includes an integrated, modular network layer. A user can elect to activate the Net layer instead of dealing with the Com layer directly. The Net layer has its own thread, which is necessary because network protocols may perform signi cant processing, including generating and sending packets. The Net thread performs a select on all Com-layer devices. Upon receiving a packet, it looks for a protocol ID in the packet and then invokes the appropriate routing module. This allows multiple routing algorithms to coexist and share the same communications devices. The Net layer includes a notion of ports. Applications may perform a receive operation on a port at the Net level, and routing modules may deliver packets to ports. The Net level will buffer packets at each port until they are received by an application, similar to the Com layer. During a send operation, the application speci es a destination port number and a routing module, followed by arguments speci c to the routing algorithm. 6.7.4 Power Management

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Signaling Link Management. Signaling link management controls the locally connected signaling link sets. In the event of changes in the availability of a local link set, it initiates and controls actions with the objective of restoring the normal availability of that link set. The signaling link management interacts with the signaling link function at level 2 by receipt of indications of the status of signaling links. It also initiates actions, also at level 2, such as initial alignment of an out-of-service link. The signaling system can be applied in the method of provision of signaling links. Consider that a signaling link probably will consist of a terminal device and data link. It is also possible to employ an arrangement in which any switched connection to the far end may be used in combination with any local signaling terminal device. Here the signaling link management initiates and controls recon gurations of terminal devices and signaling data links to the extent such recon gurations are automatic. This implies some sort of switching function at layer 1.

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11 Efforts in Vascular Tissue Engineering Several strategies have been attempted in the construction of autologous smallcaliber vascular grafts The earliest efforts in vascular tissue engineering occurred in the 1980s, when Weinberg and co-workers developed methods to grow arteries by seeding vascular cells onto preformed, tubular collagen gel constructs [Weinberg and Bell, 1986] Several variations of this collagen gel-based approach have been explored with varying rates of success [Kanda et al, 1993; L Heureux et al, 1993; Hirai et al, 1994; Kanda and Matsuda, 1994; Tranquillo et al, 1996; Barocas et al, 1998; Girton et al, 1999] Yet, collagen gel-based constructs can typically only withstand burst pressures of 10 300 mmHg, which is not acceptable for vascular replacement in the coronary system [Girton et al, 2000].

Acellular collagenous grafts have also been investigated as an approach to arterial replacement by many groups [Badylak et al, 1989; Sandusky et al, 1992, 1995; Lantz et al, 1993; Hiles et al, 1995; Wilson et al, 1995; Inoue et al, 1996; Huynh et al, 1999; Roeder et al, 1999] The group led by Huynh [Huynh et al, 1999] utilized tubes of submucosal collagen derived from porcine small intestine These tubes were coated with bovine brillar collagen and then complexed with heparin-benzalkonium chloride to reduce the propensity for thrombus formation Although this acellular porcine collagen conduit demonstrated impressive mechanical strength, these types of grafts still possess considerable drawbacks The potential in ammatory immune response to vascular grafts composed of animal collagens remains largely unknown.

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