The phrase "all allocations for" is correct and usable in written English.
It can be used when discussing the distribution or assignment of resources, funds, or responsibilities in various contexts, such as finance, project management, or budgeting.
Example: "The report outlines all allocations for the upcoming fiscal year, detailing how funds will be distributed across departments."
Alternatives: "all distributions for" or "all assignments for".
Now say that the algorithm finds optimal solutions for all allocations of colors to trees of less than n leaves.
The kernel solution should be understood as the set of all efficient allocations for which no pair of players want to exchange payoff.
More specifically, this algorithm enumerates all the possible slots' allocations for the jobs that comprise the workload and then keeps the allocations that are non-dominated.
With this reward function, the system's long-term cumulative return is the sum of network performance gains after all the resource allocations for each femtocell.
It gets the CPU requirements from all VM agents, and by resolving any conflicts between them, it decides about the final CPU allocations for all VMs.
Our approach is able to detect all valid map/reduce slots allocations for a given budget range and to present them to the user.
After that, based on the corresponding subchannel allocations for all the nodes, i.e., ({x^{m}_{textit {kn}}}), the BS specifies the powers to be used by each node by performing the total power adjustments for them.
For every set of nodes, after CPARC produced the final set of sub-carriers allocations for all the radar node pairs in the network, we collected statistics on the total number of packets that were generated, the total number of packets that collided and the total number of packets that were correctly received, overall in the entire network.
We used the Wald test and pairwise comparisons of marginal predictions to compare the overall allocations for all combinations of scenarios.
Consequentially, the square matrix on Table 1 represents all valid combinations of allocations, for a gene that is a member of two distinct biochemical pathways, giving rise to all possible hamming distances.
