Many of the benefits of image compression include less storage space, faster sending and receiving of images and less time to view and download images. But where and how is image compression used today?
Just as image compression improves the efficiency of sharing and viewing personal images, it gives the same benefits to almost all existing industries. Early evidence of image compression suggests that this method was initially the most common in the printing, storage and telecommunications industry. However, today the digital form of image compression is also used in industries such as fax transmission, remote sensing of satellites and high-definition television, and these are just some of them.
Some industries require archiving of a large number of images. A good example is the healthcare industry, where constant scanning and / or storage of medical images and documents takes place. Compressing images provides many advantages here, since information can be stored without large system server loads. Depending on the type of compression used, images can be compressed to save storage space or to be sent to several doctors for testing. And conveniently, these images can be decompressed when they are ready to be viewed, while maintaining the original high quality and detailed applications of medical images.
Image compression is also useful for any organization that requires standardization of image viewing and storage, such as a retail network or a federal government agency. In the retail store example, introducing and placing new products or removing discontinued products can be much easier completed when all employees receive, view, and process images in the same way. Federal government agencies that standardize their image viewing, storage, and transmission processes can eliminate a large amount of time spent explaining and solving problems. Then the time to save them can be applied to problems within the organization, for example, to improving the programs of the government and employees.
In the security industry, image compression can significantly improve the efficiency of recording, processing and storage. However, in this application it is necessary to determine whether a single compression standard will be used for all areas. For example, in a video network or application with a closed-circuit television network, you may need several images with different frame rates. Time is also taken into account, since different areas may need to be recorded for different periods of time. Resolution and image quality are also taken into account, as well as network bandwidth and overall system security.
Museums and galleries consider the quality of reproductions to be extremely important. Thus, image compression can be very effectively applied in cases where precise representations of objects in a museum or gallery are required, for example, on a website. Detailed images that offer short loading times and easy viewing benefit all visitors, from student to picky collectors. Compressed images can also be used in museum or gallery kiosks to train visitors to this institution. In a library scenario, students and enthusiasts from around the world can view and use a variety of documents and texts without requiring travel or accommodation expenses to do so.
Regardless of the industry, image compression has almost infinite advantages when improved storage, viewing and transfer of images is required. And with the many image compression programs available today, there will surely be more than one that best suits your needs.
