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24.4 THE GEOMETRIC MODEL As mentioned in the Section 24.1, the geometric model is less general than the graph model but rather faithfully represents reality when the region in which nodes of the radio network are situated is approximately flat and free from large obstacles. Nodes of the network are represented by points of the k-dimensional Euclidean space, and with each node we associate the set of points at some distance r from it. These points can be reached by the transmitter of the node. The most interesting and natural case is k = 2, when nodes are situated in the plane and regions are circles centered at respective nodes. Another case considered in the literature is k = 1, i.e., when nodes are on a line and regions correspond to segments centered at nodes. Although all positive results proved for the graph model clearly hold in the geometric model as well, some negative results and lower bounds are not true any more. In fact, those results are due to the existence of some pathological graphs that do not correspond to geometric situations. Following [18], we define a geometric radio network (GRN) as a directed graph obtained from a set of points in the plane with assigned circles centered at these points, in the following way. Nodes of the graph are these points, and a directed edge from u to v ex-

151(5): 1273 1280 Palmes, D, and Spiegel, HU (2004) Animal models of liver regeneration Biomaterials 25(9): 1601 1611 Pathak, CP, Sawhney, AS, Hubbell, JA (1992) Rapid photopolymerization of immunoprotective gels in contact with cells and tissue J Am Chem Soc 114(21): 8311 8312 Patzer, JF, 2nd (2004) Oxygen consumption in a hollow ber bioarti cial liver revisited Artif Organs 28(1): 83 98 Peppas, NA, Bures, P, Leobandung, W, Ichikawa, H (2000) Hydrogels in pharmaceutical formulations Eur J Pharm Biopharm 50(1): 27 46..

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do we continue their use For example, how do we indicate the protocol of the next header The IPv6 header is straightforward. Some of the options for IPv4 were better served by other TCP/IP protocols and some were kept as a part of IPv6 and are now known as IPv6 extension headers. These extension headers allow for IPv6 to become extensible beyond a specified (and limited) options field. It can be modified at later dates to include other options. The current IPv6 specification calls for the following headers (in the order they should appear in the datagram): IPv6 header (not directly part of the extensions but shown here to show header order). Hop-by-Hop Options (RFC 1883). The Hop-by-Hop Options header is used to carry optional information that must be examined by every node along a packet s delivery path. One of the options is the jumbo datagram option. Destination Options (RFC 1883). The Destination Options header is used to carry optional information that needs be examined only by a packet s destination node(s). Routing (Type 0) (RFC 1883). The Routing header is used by an IPv6 source to list one or more intermediate nodes to be visited on the way to a packet s destination. This function is very similar to IPv4 s Source Route options. Fragment (RFC 1883). The Fragment header is used by an IPv6 source to send packets larger than would fit in the path MTU to their destinations. Authentication (RFC 1826). Encapsulating Security Payload (RFC 1827). Upper-layer header. (not part of the extension header, but shown here to show order).

Data compression. H (X) L < H (X) + 1. Kolmogorov complexity. K(x) = minU (p)=x l(p). Universal probability. log P

In an RF BiCMOS technology, ESD networks can be constructed from these primitive p-cell elements of both CMOS and bipolar elements. Hierarchical parameterized cells can be formed from bipolar-only primitive p-cells, CMOS-only primitive p-cells, or a combination of both bipolar and CMOS primitive elements. Moreover, new primitive elements using hybrid levels can be used for the primitive cell design, which can provide advantage in the RF BiCMOS implementations. From the lowest order O[1] primitive parameterized cells, hierarchical parameterized cells can be constructed to form a library of RF BiCMOS ESD networks. The RF BiCMOS ESD library can be a super-set of hierarchical parameterized cell networks that can consist of four types of O[n] hierarchical p-cells: RF bipolar-only ESD network consisting of bipolar primitive O[1] p-cells [9 24]; RF CMOS-only ESD network consisting of CMOS primitive O[1] p-cells [26]; RF BiCMOS ESD network consisting of bipolar primitive O[1] p-cells and CMOS O[1] primitive p-cells [27 32]; RF CMOS-like ESD network consisting of hybrid bipolar/CMOS O[1] p-cells and RF CMOS primitive O[1] p-cells [27 32]; RF BiCMOS ESD network consisting of hybrid bipolar/CMOS O[1] p-cells, bipolar O[1] p-cells, and RF CMOS primitive O[1] p-cells [27 32].

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