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Space time patterns in the indoor scene are induced from the unit s own knowledge of its <Self/> approximate location (e.g., SAS Royal Viking Hotel) plus measurements continuously made by the device. If visual perception were completely reliable, then a new scene S1 is entered from S0 when all of the items of S0 are no longer observable. This is not a very good de nition since the <Sky/> and the <Ground/> appear in most outdoor scenes and people move in groups to new scenes. Technical advances in perception technology are needed to recognize those things that distinguish one scene from another. In the CRA, <Scenes/> are to aggregate experience consistently. Thus, a <Locale/> consists of a set of spatially associated <Scenes/>. Reliable de nition of scene boundaries is a research area of computer vision and machine learning, so for the moment, less than ideal algorithms will identify scene boundaries with less than ideal partitioning. This concludes the de nition of the spatial inference hierarchy, enabling the exploration of the relationships among space, time, information access, and information content. The near-term use of SKOs for radio-domain competence may bene t from the idea of an information landscape. 8.7.2 The Information Landscape

is reached; this requirement makes COPAS a natural t to the DSR protocol. To measure congestion, each node monitors its MAC layer behaviour and embeds this in the Route Request packet as it travels to the destination. The metric used here is a weighted average of MAC backoffs due to activity in the medium, where a higher average implies a busier medium. Figure 10.9 succinctly illustrates the process. For nodes A, J to communicate there are three disjoint routes to consider. The DSR protocol chooses one route (one of the shortest ones), namely A B C J to use for both ACK and DATA segments, as shown in Figure 10.9(a). COPAS, on the other hand, chooses two disjoint routes, namely A B C J and A F G H I J for DATA and ACK segments, respectively. Note that route A D E J is dropped from consideration as its congestion metric (8 + 9) is higher than the alternatives. Consequently, using separate paths for ACK and DATA segments helps alleviate spatial contention, because competition for transmission is avoided over the same path. Because congestion may be transient, COPAS keep track of it by piggybacking congestion information on packets along the forward and reverse paths. If contention is noted to rise above a certain threshold on some route, a new, less congested route is sought out. From an implementation perspective, COPAS requires alterations almost

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Goodman [208] has been developing the concept of The Geography of Information, referred to as an information plane. The spatial distribution of information has been a feature of human experience since the dawn of history. To see pictures of animals, cave dwellers visited a cave in France. To learn from books, ancients trekked to the library in Alexandria, Egypt. The loss of such information geography is a product of electronics that represents, transmits, receives, and stores information without the sophistication to create

solely at the IP layer but also requires cross-layer feedback (from the link layer) to maintain the congestion information at the nodes In Cordeiro et al [49] the method is evaluated over static topologies using DSR A throughput improvement of 90% using TCP Reno is observed compared to vanilla DSR, but a slight delay penalty is noted for end-to-end delivery as COPAS tends to circumvent the shortest route As a prospect for future work, COPAS may need be evaluated under conditions of some mobility and be examined in concert with other TCP throughput enhancing techniques, orthogonal to it Split TCP Split TCP [28] is a modi cation applicable to TCP connections spanning several hops, that is, connections utilising long paths The main concept is to divide a long end-to-end TCP conversation into multiple, smaller subconversations through the use of proxies The advantages of such an approach are twofold.

TABLE 8-5 Goodman s Strategy for System Alignment to a Geography of Information Plane Information Environment Terminals Network Criteria Urgency, localization, users Signal propagation, network activity Location, motion, power supply Cell LAN, ad hoc, infrastructure

Firstly, since it is more likely for long paths to experience link failures due to mobility, shorter connection spans are at an advantage over long ones This technique aims to alleviate the disadvantage of long end-to-end conversations Secondly, ows on a long path suffer from the effects of hidden terminal interference and experience unfairness when mixed with shorter ows The placement of the proxies in the Split TCP scheme is xed by the inter-proxy distance parameter and determines which nodes will be acting as proxies The mechanism of Split TCP is a simple insertion of store-and-forward TCP proxies along the initial end-to-end TCP conversation Each proxy intercepts TCP packets, buffers them, and acknowledges their receipt to the source (or previous proxy) by using local acknowledgments (LACKs).

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