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For 50 sink sites, 4 sinks and 10 joules (t fp becomes 10), it requires 60 bits for each sink to share t fp (10, for this case) forbidden site IDs and 40 bits for s/2 (2, for this case) minimum energy values and site-id pairs.
Similar(59)
For 500 nodes (and 40 levels), it requires 7500 bits for one sink to send the related information.
Formally, for each sink, we calculate (8).
A first thought to support multiple sinks can be to construct a DODAG for each sink.
These calculations must be done before the network begins operation, and the solutions (sink sojourn time for each sink site) should be given to the sinks.
After determining these parameters, we select the possible migration points for each sink.
So the first solution requires extra memory, extra processing and extra communication for each sink added.
For each sink w i consider the ideal I ( w i ) of L K ( E ).
The advantage is that the routing tables for each sink will be reduced.
(3) Quantization process provides 4 binary bits from each coefficient, totally 72 bits for each block.
Node s distributes its ML bits among other nodes inside its cluster, L bits for each.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com