1. Image acquisition is the first process. Generally the image acquisition stage involves preprocessing such as scaling.
2. Image enhancement is among the simplest and most area. The idea behind enhancement techniques is to bring out detail that is obscured or simply to highlight certain features of interest in an image.
3. Image restoration is ain area that also deals with improving the appearance of an image. Unlike enhancement, which is subjective, image restoration is objective. Image restoration techniques tend to be based on mathematical or probabilistic models of image degradation. Enhancement on the other hand, is based on human subjective preferences regarding what constitutes a good enhancement result
4. Color image processing
5. Wavelets are the foundation for representing images in various degrees of resolution.
6. Compression deals with techniques for reducing the storage required to save an image or the bandwidth required to transmit it.
7. Morphological processing deals with tools for extracting image components that are useful in the representation and description of shape.
8. Segmentation procedures partition an image into its constituent parts or objects.
9. Representation and description almost always follow the output of a segmentation stage, which usually is raw pixel data, constituting either the boundary of a region. Representation first deals with whether the data should be represented as a boundary or as a complete region. Choosing representation is only part of the solution for transformation raw data into a form suitable for subsequent computer processing. A method must also be specified for describe the data so that features of interest are highlighted. Description or feature slection deals with extracting attributes that result in some quantitative information of interest or are basic for differentiation one class of objects from another.
10. Object recognization
1. Image acquisition 2. Image restoration/enhancement 3. Image segmentation 4. Image interpretation
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Solve the following by order of operations and explain your steps (10 x 5) + 25-10 / 2=
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1. Image acquisition 2. Image restoration/enhancement 3. Image segmentation 4. Image interpretation
Digital signal processing involves manipulating signals using mathematical algorithms implemented on a digital platform. It includes tasks such as filtering, compression, modulation, and noise reduction to enhance the quality of signals. DSP is essential in various fields like telecommunications, audio processing, image processing, and control systems.
The K-14 film processing method involves the following steps: 1. Developing the film in a series of chemical baths to bring out the latent image. 2. Bleaching to remove the developed silver image. 3. Fixing to make the image permanent. 4. Washing to remove any remaining chemicals. 5. Stabilizing to prevent fading or discoloration.
The steps involved in K-14 film processing are as follows: Developing: The film is immersed in a series of chemical baths to bring out the latent image. Bleaching: This step removes the developed silver image, leaving behind a silver halide image. Fixing: The remaining silver halide is removed from the film. Color development: The film is exposed to color developer chemicals to form the final color image. Stabilizing: The film is treated to prevent color shifts and ensure longevity.
Explain the various stages involved in the personal selling process
(a) Explain the 6 steps in problem solving
The corollaries types of statement is what is used to explain the steps of a proof.
The corollaries types of statement is what is used to explain the steps of a proof.
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input and output
6 major sources of internal economies of scale are bulk buying, practical scale, processing, real world, these are some of the steps.