Quality Analysis for Digital Kirlian Effect
Quality Analysis for Digital Kirlian Effect
Enhanced Region-specific Algorithm: Image Quality Analysis for Digital Kirlian Effect Razak Mohd Ali Lee, Janifal Alipal Abstract Research on digital Kirlian effect especially its quality after certain algorithm taken part is overlooked. Thresholding the image in binary form couldn’t give an analysis enough details on its significant features. This study is introducing an Enhanced Region-specific algorithm, ERS to extract the captured digital Kirlian effect as human radiated energy inside an EPI (Electrophotonic Imaging) image. By utilizing image morphology transform, ERS is improving the procedure of blob extraction process by fitting an absolute arithmetic process in-between the gray-level and binary slice of the image. Henceforth, this paper is focusing on the image quality analysis after the process, subsequently offers a new diagnostic information on captured Kirlian effects through an EPI image. This paper present that the quality of processed digital effect under ERS algorithm are in lower MSE and higher PSNR with its correlation coefficient to its original image better than segmented and binary slices. Significant and most-significant details on the image are able to being preserved to its better quality using the proposed algorithm. Keywords Electrophotonic image, EPI Analysis, ERS algorithm, Enhanced Region-specific, Blob extraction, image morphology, Kirlian effect, Human Biofield
Quality Analysis for Digital Kirlian Effect 2020 Quality Analysis for Digital Kirlian Effect Conference: 2019 IEEE 15th International Colloquium on Signal Processing & Its Applications (CSPA) See also: Qualia and Time Sense, QQQ – Quality, Quantity, Qualia, Qualities and Quantities
Kirlian Photography and Kirlian Effect
Kirlian Photography is a process that uses pulsed high voltage frequencies & electron cascades to take pictures of usually invisible, radiating energy fields that surround us all. Photo techniques.
Kirlian Photography is a high voltage, contact print photography
GDV Analysis of Electrophotonic Glow of Liquids Kirlian effect is a visible electro-photonic glow of an object in response to pulsed electrical field excitation. Semyon Kirlian and his wife who first recorded and studied it in detail since 1930s. Kirlian Photography process is simple. Sheet film is placed on top of a metal plate, called the discharge or film plate. The object to photograph is placed on top of the film. High voltage is applied to the plate momentarily to make an exposure. The corona discharge between the object and discharge plate passes through and is recorded onto the film. When the film is developed you have a Kirlian photograph of the object.
Kirlian and Kirlian Photography Kirlian Photography process, being a contact print process, doesn’t require the use of a camera or lens. However when a transparent electrode is substituted for the discharge plate it is possible to use a standard camera (with a bulb setting) or video camera.
Kirlian and Kirlian Photography Kirlian Photography is a simple process which can be even achieved without using a camera. The principle of Kirlian Photography is straight forward: if an object is placed on a photographic plate which is then connected to a source of high-voltage current, an image will appear on the photographic plate. The resulting image appears because of the electrical coronal discharge taking place between the subject and the metal plate.
Kirlian Photography and Kirlian Effect
Kirlian and Kirlian Photography Welcome to Kirlian and Kirlian Photography on IUMAB! Monitoring the Human Health by Measuring the Biofield, “Aura” Korotkov’s images Korotkov’s images, gender and age dependence Post mortem bioelectrographic images Korotkov’s images types GDV Based on Physical Methods and Meridian Analyses Light from the eyes Read the full article