Andere Kunden interessierten sich auch für
![An Improved DCT Based Steganography Technique]( "An Improved DCT Based Steganography Technique")
An Improved DCT Based Steganography Technique26,99 €![Dual Stage Steganography]( "Dual Stage Steganography")
Dual Stage Steganography23,99 €![Improved Quality of Service in Vehicular Ad hoc Network]( "Improved Quality of Service in Vehicular Ad hoc Network")
Improved Quality of Service in Vehicular Ad hoc Network51,99 €![Developing a New Technique for Hiding Information in Images]( "Developing a New Technique for Hiding Information in Images")
Developing a New Technique for Hiding Information in Images32,99 €![A Simple Design Of UWB Microstrip Antennas with Improved Performance]( "A Simple Design Of UWB Microstrip Antennas with Improved Performance")
A Simple Design Of UWB Microstrip Antennas with Improved Performance42,99 €![SECURED DATA DEDUPLICATION TECHNIQUE FOR EFFECTIVE STORAGE]( "SECURED DATA DEDUPLICATION TECHNIQUE FOR EFFECTIVE STORAGE")
SECURED DATA DEDUPLICATION TECHNIQUE FOR EFFECTIVE STORAGE44,99 €![Towards Cooperative Routing in Underwater and Body Area Networks]( "Towards Cooperative Routing in Underwater and Body Area Networks")
Towards Cooperative Routing in Underwater and Body Area Networks48,99 €
Recently a lot of study has been done on improving the visual quality of underwater and undersea imaging in submarine and military operations to find the hidden structure designs and sea excursions. This project proposed an underwater image enhancement method based on colour constancy theory. When we compare with much of the existing research, the time and complexity of the proposed method are low, and it achieves excellent performance. Firstly, we analyse the underwater imaging model and distortion. Then, by compensating the red channel and applying local white balance, a linear transformation is performed. Finally, results are obtained by applying the histogram equalization to the RGB images. We also measure the image quality by taking the parameters PSNR, UIQM, UCIQE and Entropy. These parameters are compared to proposed and existing approaches; however, our method produces higher image quality.