The phrase "allocation for each" is correct and usable in written English.
It can be used when discussing the distribution of resources, responsibilities, or tasks among individuals or groups.
Example: "The budget allocation for each department will be reviewed at the end of the quarter."
Alternatives: "distribution for each" or "apportionment for each".
Then we will know our allocation for each full-time academic member of staff on our payroll.
This information is processed using an Integer Linear Program (ILP) based framework to generate the optimal memory allocation for each state in the HDF graph.
We also cap the visa allocation for each country, regardless of size, at seven per cent of the total number of visas, so only a fraction of the applications from China and India get approved.
Fourth, based on the actual user association scheme, we readjust the green energy allocation for each BS to further improve green energy utilization.
The local authorities in Washington have promised a capital allocation for each charter school this year, but school principals have already had to raise capital from corporations and private foundations.
Optimization results demonstrated the existence of distinct optimal area allocation for each objective function considered herein while higher evaporator to condenser global heat transfer ratio was preferred in all cases.
The enzyme allocation for each day was mixed with 1 kg of concentrate diet at 04:00 hours, and the experiment lasted for 15 days comprising 10 days of adaptation and 5 days for sample collection.
A quarter of the allocation for each of the 13 districts is to pay for 'expenditure by officials that has been used for needs to supply the autonomy programme and other needs that are directly connected with activities to publicise autonomy'.
We prove that a mechanism (a social choice function) is individually rational, anonymous, strategy-proof, and nonbossy (but not necessarily Pareto efficient) if and only if it is either the core mechanism or the no-trade mechanism, where the no-trade mechanism is the one that selects the initial allocation for each profile of preferences.
We determine a quasi-optimal allocation for each mode by employing a genetic algorithm based approach.
The algorithm involves computing the power allocation for each N s using Algorithm 1.
