Differences

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--- research:ambientrefs [2006/06/27 10:57] – Added tvcutsem
+++ research:ambientrefs [2006/06/27 11:23] – *finished tvcutsem
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 One may wonder why new referencing abstractions are required for mobile networks. In order to motivate the need for new referencing abstractions at the language level, we list a number of desirable properties of remote references for mobile networks which current remote referencing abstractions do not offer:
-  - **Provisional References**: remote references should be able to point to remote objects which are "not yet available" in the network. This is founded on the observation that in [[research:terms:monets|mobile networks], ambient resources
+  - **Provisional References**: remote references should be able to point to remote objects which are "not yet available" in the network. This is founded on the observation that in [[research:terms:monets|mobile networks]], ambient resources need to be discovered in the environment and will most likely be unavailable most of the time.
-  - **Resilience to Partial Failure**:
+  - **Resilience to Partial Failure**: remote references for mobile networks should be able to tolerate network disconnections because of the volatile connnections hardware phenomenon of mobile networks.
-  - **Transitory Addressing**:
+  - **Transitory Addressing**: remote references in mobile networks should bind to (point to) objects based on what services that object provides, rather than based on a low-level UID, object-id, IP address or MAC address. Such low-level IDs preclude the reference from reconfiguring itself by rebinding to a different object providing the same or equally matching services.
-  - **Group Communication**:
+  - **Group Communication**: in mobile networks, one often wants to communicate with an entire group of objects. To this end, remote references should be introduced that automatically represent a set of (proximate) objects. Messages sent to such references are automatically multicast or broadcast to all objects in the set.
 == Design ==