The evidence provided in this study, suggests a mismatch in the allocation and distribution of health care resources in public hospitals.
The mismatch between the allocation of DAH and country needs (based on patterns of disease burden) or country priorities (based on health sector strategic plans) has been previously observed [ 59- 61].
Finally, our approach allows designing simple reassignment algorithms that, far from solving the problem of optimally allocating workers to jobs, can be used to compare the distribution of skill mismatch across alternative allocations and thus measure their relative efficiency.
The mismatch in funding allocations is seen right at the source of our nation's major investment in new health-related knowledge: the National Institutes of Health (NIH).
Correcting mismatches in resource allocation and reducing community viral load will accelerate incidence declines and affect future epidemic trends, if concerted action is taken now.
Additionally, when arrival and throughput data are mapped to resource allocation, such as staffing availability, mismatches can be identified and can further inform reallocation or redirection of resources, or application of new resources.
In addition to correcting mismatches in resource allocation for HIV prevention, the concept of tracking community viral load (CVL) as a population-level biomarker for HIV burden and potential transmission is compelling [ 68].
At the aggregate level, overeducation could reflect skill mismatch and an inefficient allocation of workers to jobs.
Of course, there is a connection between our theory and the assignment models because the efficiency of the assignment process determines the degree of mismatch in the resulting allocation of workers to jobs.
The allocation analysis was run without allowing for mismatching genotypes and simulations were carried out with several iterations and with the same parameter values as those used in the allocation procedure (same set of parental genotypes and same number of parents and offspring), in order to assess the correctness of allocations for parental pairs.
Depending on the amount of mismatch, the performance of the UEP allocation may be deteriorated.
