| L. Kleinrock. Nomadicity. Presentation at the GloMo PI Meeting (February 4) at the University of California, Los Angeles, 1997. |
....model capable of supporting any to any communication is required. That is, the model must allow any machine to communicate with any other machine there can be no second class clients in the system. Any to any communication is also required in other mobile arenas, such as in appliance mobility [6], the motion from device to device or system to system. For instance, given a desktop, a laptop, and a palmtop, it is unlikely that one would want to impose a strict client server relationship between the three; rather, one would want each to be able to communicate with any of the others. ....
L. Kleinrock. Nomadicity. Presentation at the GloMo PI Meeting (February 4) at the University of California, Los Angeles, 1997.
....model capable of supporting aw to aW commu zicatioz is required. That is, the model must allow any machine to communicate with any other machine; there can be no second class clients in the system. Any to any communication is also required in other mobile arenas, such as in appliazce mobility [5], the motion from device to device or system to system. For instance, given a desktop, a laptop, and a palmtop, it is unlikely that one would want to impose a strict client server relationship between the three; rather, one would want them all to be able to communicate with each other. Providing ....
L. Kleinrock. Nomadicity. Presentation at the GloMo PI Meeting (February 4) at the University of California at Los Angeles, 1997.
....be relied upon, and even when it does exist it is typically expensive and degraded. Each mobile user requires a local replica; in addition, replicas must also be stored on stationary machines for non mobile personnel and system administration activties like back ups. Finally, appliance mobility [3], moving from device to device or system to system, could potentially lead to situations where users have multiple devices, each one of which is capable of storing and updating replicated data. All of these scenarios become more difficult if at all possible without an underlying replication ....
L. Kleinrock. Nomadicity. Presentation at the GloMo PI Meeting (February 4) at the University of California at Los Angeles, 1997.
....model capable of supporting any to any communication is required. That is, the model must allow any machine to communicate with any other machine; there can be no second class clients in the system. Any to any communication is also required in other mobile arenas, such as in appliance mobility [5], the motion from device to device or system to system. For instance, given a desktop, a laptop, and a palmtop, it is unlikely that one would want to impose a strict client server relationship between the three; rather, one would want each to be able to communicate with any of the others. ....
L. Kleinrock. Nomadicity. Presentation at the GloMo PI Meeting (February 4) at the University of California at Los Angeles, 1997.
....model capable of supporting any to any communication is required. That is, the model must allow any machine to communicate with any other machine; there can be no second class clients in the system. Any to any communication is also required in other mobile arenas, such as in appliance mobility [5], the motion from device to device or system to system. For instance, given a desktop, a laptop, and a palmtop, it is unlikely that one would want to impose a strict client server relationship between the three; rather, one would want them all to be able to communicate with each other. Providing ....
L. Kleinrock. Nomadicity. Presentation at the GloMo PI Meeting (February 4) at the University of California at Los Angeles, 1997.
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