However, some statistical information might be lost after the histogram transformation, and the desired enhancement may not be achieved [9].
Spatial-domain techniques such as the power law transform and histogram equalization (HE) [1] directly deal with the image pixels by manipulating them to achieve the desired enhancement.
The desired enhancement of "street1" image is to increase the brightness in such a way that hidden information of the image can be extracted.
Previous attempts to address this issue employing solubility enhancing approaches through chemical (e.g., pro-drug, salt formation) or physical means (e.g., particle size reduction, complexation/solubilization with cosolvents or surfactants, employing more soluble polymorphs) have not always been successful in accomplishing the desired enhancement in solubility and bioavailability.
They used the Student National Medical Association's asynchronous online discussion forum over a four month period to suggest desired enhancements to improve learning.
This study assessed the usability and desired enhancements for the MacArthur Foundation's Depression and Primary Care (MDPC) Web site to determine if resources for integrated depression care that are disseminated through the Web site are incorporated into routine clinical care.
Web-based survey, which was administered anonymously, included the following domains: (1) socio-demographic data, (2) confidence in managing depression (3) Web site content and design features, (4) desired enhancements to Web site and content, (5) use of resources downloaded from the Web site, and (6) importance of depression care resources.
Given a resolution of analysis, the image denoising process is adaptive (i.e. does not require further parameter adjustments), and the selection of a gain factor provides the desired detail enhancement.
However, uniform dispersion of nano filler within the rubber matrix is the key factor to achieve the desired property enhancement of rubber nanocomposites.
With the aim of judging which type of material is the most promising one for the desired absorption enhancement, we compare the absorption and scattering behavior of different materials, each of which is characterized by a particular refractive index.
Using these two figures, network operators can plan a desired throughput enhancement (in dB) in their network, and be able to estimate the level of user fairness compromised doing so (in % of subscribed users serviced per BS downlink transmission).
