The phrase "allocation layers" is correct and usable in written English.
It can be used in contexts related to resource distribution, project management, or data organization where different levels or categories of allocation are being discussed.
Example: "In our project, we need to analyze the allocation layers to ensure that resources are distributed effectively across all departments."
Alternatives: "distribution tiers" or "resource levels".
It outlines the problem statement for TQO design, which includes traffic/application layer design, and multiprotocol label switching label switched paths (MPLS LSP) dynamic routing and bandwidth allocation layer 3 design.
Another approach is to let the bitplane coder self-determine the layer allocation [23], or to optimally allocate layers considering the expected multirate-distortion measure introduced in [2].
Because of the extra allocations layered on top of the basic aid formula, those shares remained almost unchanged, officials said.
The most common strategy for the layer allocation is to distribute layers in terms of bitrate through a uniform or a logarithmic function [1, Chapter 8.4.1], employing PCRD or derived approaches afterward.
Results suggest that BWLT achieves performance similar to the one achieved with a codestream containing an adequate layer allocation, regardless of the layer allocation of the codestream.
Next, some promising solutions are proposed for optimization mechanisms in this new networking paradigm, mainly including system architecture, MAC (Media Access Control) layer allocation of multi-dimensional resources, physical-layer performance improvement, and cross-layer optimization.
Using the cross-layer design method of network layer and MAC layer, establish the authorized user activity model in MAC layer, so that the routing at network layer and the spectrum allocation at MAC layer can cooperate with each other.
Calculation of new centers is done to the newly allocated production series, and then the allocation of other layers is continued.
The allocation of quality layers is, therefore, a fundamental issue for JPEG2000 encoders, which commonly distribute layers logarithmically or uniformly spaced in terms of bitrate, and use a rate-distortion optimization method to optimally form them.
This paper also contributes extensive experimental results considering computational costs, visual performance, and several configurations of quality layers allocation.
