Two types of map are available: GIS map and E-map. On the GIS map, you can set and view the current site, Remote Site, and element's geographic location. On the e-map, which is a static map, you can set and view the geographic locations of the installed cameras, alarm inputs, and alarm outputs, etc.
With GIS map, you can see the geographic locations of your surveillance system. This type of map uses a geographic information system to accurately show all the hot spots' (resources (e.g., camera, alarm input) placed on the map are called hot spots) geographic locations in the real world. GIS map lets you view and access cameras at multiple locations around the world in a geographically correct way. If the resources locate in multiple locations (e.g., different cities, different countries), GIS map can give you a single view to show them all and help you quickly go to each location to view video from the cameras. With the hot region, you can link to the e-map to view the detailed monitoring scenario, for example, the monitoring scenario of a building.
E-map is a static image (it does not have to be geographical maps, although they often are. Depending on your organization's needs, photos and other kinds of image files can also be used as e-maps) which gives you a visual overview of the locations and distributions of the hot spots (resources (e.g., camera, alarm input) placed on the map are called hot spots). You can see the physical locations of the cameras, alarm inputs, and alarm outputs, etc., and in what direction the cameras are pointing. With the function of hot region, e-maps can be organized into hierarchies to navigate from large perspectives to detailed perspectives, e.g., from floor level to room level.
After configuring the e-map via Web Client, you can view the live video and playback of the elements via Control Client, and get a notification message from the map via Control Client when an alarm is triggered.
Two types of map are available: GIS map and E-map. On the GIS map, you can set and view the current site, Remote Site, and element's geographic location. On the e-map, which is a static map, you can set and view the geographic locations of the installed cameras, alarm inputs, and alarm outputs, etc.
With GIS map, you can see the geographic locations of your surveillance system. This type of map uses a geographic information system to accurately show all the hot spots' (resources (e.g., camera, alarm input) placed on the map are called hot spots) geographic locations in the real world. GIS map lets you view and access cameras at multiple locations around the world in a geographically correct way. If the resources locate in multiple locations (e.g., different cities, different countries), GIS map can give you a single view to show them all and help you quickly go to each location to view video from the cameras. With the hot region, you can link to the e-map to view the detailed monitoring scenario, for example, the monitoring scenario of a building.
E-map is a static image (it does not have to be geographical maps, although they often are. Depending on your organization's needs, photos and other kinds of image files can also be used as e-maps) which gives you a visual overview of the locations and distributions of the hot spots (resources (e.g., camera, alarm input) placed on the map are called hot spots). You can see the physical locations of the cameras, alarm inputs, and alarm outputs, etc., and in what direction the cameras are pointing. With the function of hot region, e-maps can be organized into hierarchies to navigate from large perspectives to detailed perspectives, e.g., from floor level to room level.
After configuring the e-map via Web Client, you can view the live video and playback of the elements via Control Client, and get a notification message from the map via Control Client when an alarm is triggered.