The phrase "allocation chip" is correct and usable in written English.
It can be used in contexts related to technology, computing, or resource management, where it refers to a component that manages or allocates resources.
Example: "The new allocation chip in the server optimizes the distribution of memory and processing power among various applications."
Alternatives: "resource allocation module" or "distribution chip".
This then allowed for easy allocation within the chip, where each word was split across two pages.
This paper addresses tactical decisions related with optimal allocation of wood chips from forest residues at forest sites to terminals and power plants.
The Affordable Care Act bumped up all CHIP allocations to states by 23 percentage points from 2014 through 2019, bringing the total federal share to 100% for some poorer states such as Mississippi and West Virginia, and no less than 88% for all others.
In a real chip, the allocation of threads to cores is "a complex interplay of latencies and scheduling policies," Alistarh says.
Allocation of the limited chip area and power resources must be carefully performed to ensure that all processor instructions operate at the fastest possible speed.
Allocation of the limited chip area and power resources must be is the careful optimization which was performed during its design.
SAIL receives a grant to study dynamic power allocation for systems-on-chips from the Semiconductor Research Corporation.
This then brings the total required on-chip memory allocation to 2.6 MB for double buffering, which even modest FPGA devices can support.
Experimental results indicate performance improvements between 8%44%%, when compared to a standard on-chip static allocation, while achieving a balanced workload distribution.
In principle, optimizing cache space allocations requires evaluating how the chip as a whole will perform given every possible allocation of cache space to all the computations being performed on all the cores.
Moreover, the policies used to allocate tasks (random allocation and distance-based allocation) to processors may lead to on-chip contention and unbalanced loads at each processor, since the utilization of each processor is not taken into account.
