By Bernd-Ludwig Wenning
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Extra resources for Context-Based Routing in Dynamic Networks
Location-based routing can be considered as a special case of context-aware routing, with the location being the context information that is used. Therefore, the categorisation given in [AKK04] can be modiﬁed to label the third category as context-aware routing. Generally, if a routing algorithm is context-aware, this does not mean that it is not ﬂat or hierarchical. In fact, it can be either of those. For example, an algorithm that contains a location-based clustering method, performs a hierarchical routing that utilises the context information about the nodes’ locations.
If the destination or a node that knows a route to the destination receives the route request, a route reply is created. This route reply is sent back to the source on the reverse path, according to the reverse route entries at the intermediate nodes. The intermediate nodes update their routing tables again when they forward a route reply, creating or updating a forward route entry. As all nodes have their routing tables, the source does not need to specify the route in each data packet that it sends when it has received the route reply.
E. one of the threshold values is exceeded), a transmission is triggered irrespective of when the next regular transmission is scheduled. This enables APTEEN to quickly respond to critical situations. The time count and the threshold values in APTEEN have to be chosen according to the three target constraints reactivity, energy consumption and up-to-dateness of monitoring information. Another cluster-based routing approach that is using energy consumption as its main criterion is the Hybrid Energy-Efﬁcient Distributed routing (HEED) [YF04].