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<br />~map <br /> <br />1....-........-.....,..,........... <br />,..::< -..... <br />." " <br />" , <br /> <br /> <br /> <br /><, , . <br />... .,' <br /><''"'--,..;", . <br /> <br />cloud laser gives real-time positioning of assets within the roadways. Point cloud <br />data is useful for measuring heights, offsets and reflectivity of assets. The new <br />vehicle has a robust GPS/INS solution that has dramatically improved accuracy <br />and efficiency. <br /> <br />Transmap will drive an imaging van along "'164 centerline miles of roadways <br />within the City of Redwood City. The image database will be collected for <br />each roadway specified by the City, in both directions (one way streets <br />excluded), enabling a full 360-degree view of each roadway in the network. <br />The image spacing will be 13.1 feet. Transmap will use a 3 camera setup to <br />obtain the required asset data. One camera will face forward in the van <br />travel direction, one camera will have a 45-degree offset to the right for right- <br />of-way infrastructure and one downward rear facing camera for any future <br />pavement distress data (no additional fee). <br /> <br />ArcGIS Server (Web-Based Image Viewer) <br />Once the image collections process is complete, Transmap will post all images on our <br />Web-Based image viewer. This viewer allows the City to log onto a web page and <br />view basemap, orthophotography, asset features and image locations, and other <br />pertinent project data from any computer with web access. Transmap will also <br />supply Redwood City with a document on how to use the web-based image viewer. <br /> <br />~ Below is an example of what the web image viewer will look like: <br /> <br /> <br />beek!\gtlt <br /> <br />lmaQ9S :.;. 1 <br /> <br />,m~"' 5 <br /> <br /> <br />~"')+ <br /> <br />Confidential <br /> <br />Page 4 <br /> <br />2/4/10 V3 <br />