Here, "equal power" means each node and each subcarrier have identical transmit powers, "without BRA" means bit rates are equally assigned to all the subcarriers, and "equal power of nodes" means each node has the same transmit power.
Privacy means each node save the complete ledger, including all the information except for the real identity.
In Fig. 6, MCWT-GC-2 3, 4)GPUs/Node MCWT-GC-2 3node MCWT-GC-2 3ree, four) GPUs to run MCWT-GC-O.
Consider a two-way relay network shown in Fig. 1, where two sources, A and B, exchange information via relay R. Half-duplex constraint is assumed, which means each node is not allowed to transmit and receive simultaneously.
With the incremental strategy, the processing follows a Hamiltonian cycle, i.e., the information flows through these nodes in one direction, which means each node passes the information to its adjacent node in a uniform direction.
On the other hand, we did not pose any restriction on the number of parents in simulated networks where the maximum edge density was set as 0.06, which means each node in networks with size 30, 65, and 100, is expected to have 1.8, 3.9, and 6 parents on average, respectively, assuming random network topology.
See discussions in Section 2.2. 4 By half-duplex we mean each node can choose to either transmit or receive, but not both at the same time.
Furthermore, for any layer i-1, the number of nodes with rank r L + L-i +1 does not exceed N i /2 because in the worst case, every parent node in layer i-1 with rank r L + L-i +1 has two childoes inotayexceedhat has the maximum raNk r L +(L-i), which means each parent node picks at most two children in layer i at a time, and the number of these said parent nodes is N i /2.
This means each sensor nodes can make the routing decision independently.
This means that each node corresponds to a particular substance and that the links denote its connections to other substances.
This means that each node in the network is ranked based on the number of potential binding partners as well as on the type of molecular interaction that it engages in.
