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The information gathered is used to generate detailed coverage maps where the service areas of individual cell sites are shown as different colours. Using data from mobile phone service providers, our cell site experts can measure actual coverage utilising sophisticated data gathering, positioning and analytical tools. Designing your websites to be mobile friendly ensures that your pages perform well on all devices. More usage tips Why mobile The web is being accessed more and more on mobile devices. Just enter a page URL to see how your page scores. Alternatively, it can track the path of a mobile phone as it moves from location to location. Test how easily a visitor can use your page on a mobile device. This can determine if the accused was in fact at the scene of the crime or to confirm an alibi. With many individuals carrying more than one mobile phone, being able to determine the movement and location of a handset, accurate to within a few meters, can be invaluable admissible evidence in court.Įvidence obtained from Cell Site Analysis can be combined with other evidence such as CCTV, call data records or observations. With the prolific usage of mobile phones throughout the world, Cell Site Analysis has become critical within civil and criminal investigations.
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Through the analysis of over 10 000 images, we show that the saturation method consistently outperforms existing algorithms under a wide range of operating field conditions. The developed technique uses the saturation parameter of hue-saturation-value color space to enable POC diagnosis. Here, we develop a cell phone imaging algorithm that enables analysis of assays that would typically be evaluated via spectroscopy. Existing solutions require external smartphone hardware to obtain quantitative results, imposing a design tradeoff between accessibility and accuracy. However, most of the lab-based biological and biochemical assays still lack a robust and repeatable cell phone analogue. Cell phone image processing methods are being developed for the detection and quantification of a wide range of targets, employing methods from microscopy to fluorescence techniques. Cell phones show considerable promise for point-of-care (POC) diagnostic procedures because they are accessible, connected, and computationally powerful.