Paper maps are not a technological advancement but rather a traditional method of cartography. GIS, Remote Sensing, and GPS are all technologies that have revolutionized the field of cartography.

GIS is a powerful tool that allows cartographers to create, manage, analyze, and visualize spatial data. It is used in a wide variety of applications, including land use planning, environmental management, and transportation planning.

Both active and passive remote sensing technologies are used to collect data for cartographic purposes. Active remote sensing systems emit their own energy and measure the reflected or scattered energy to create images. Passive remote sensing systems detect and measure naturally occurring energy emitted by objects on the Earth's surface.

GPS technology provides both high accuracy in determining location and real-time data collection. This makes it an invaluable tool for cartographers who need to collect accurate and up-to-date spatial data.

Spreadsheets are not a common output of cartographic technology. Maps, charts, and atlases are all visual representations of spatial data, while spreadsheets are used to organize and manipulate data in a tabular format.

The internet has had a profound impact on the field of cartography. It has increased accessibility to cartographic data and resources, and it has enabled the development of interactive and dynamic maps that can be easily shared and updated.

Digitization, vectorization, and rasterization are all terms used to describe the process of converting spatial data into a digital format. Digitization is the process of converting analog data into digital data, vectorization is the process of converting raster data into vector data, and rasterization is the process of converting vector data into raster data.

Raster data is not a common type of spatial data used in cartography. Point data, line data, and polygon data are all vector data types, which are commonly used in cartography. Raster data is a grid-based data type that is not as commonly used in cartography as vector data.

Cartography, mapping, and geospatial analysis are all terms used to describe the process of creating a map from a set of spatial data. Cartography is the science of mapmaking, mapping is the process of creating a map, and geospatial analysis is the process of analyzing spatial data to create a map.

Azimuthal equidistant projection is not a common type of map projection used in cartography. Mercator projection, Transverse Mercator projection, and Lambert conformal conic projection are all common types of map projections used in cartography.

Map overlay, spatial overlay, and geospatial overlay are all terms used to describe the process of overlaying multiple layers of spatial data on a map. This process allows cartographers to visualize and analyze the relationships between different types of spatial data.

Pie chart is not a common type of thematic map. Choropleth map, dot map, and isoline map are all common types of thematic maps used to visualize and analyze spatial data.

3D mapping, 3D cartography, and 3D geospatial visualization are all terms used to describe the process of creating a three-dimensional representation of a map. This process allows cartographers to visualize and analyze spatial data in a more realistic and immersive way.

Paper map is not a common type of digital map. Web map, mobile map, and desktop map are all common types of digital maps that can be accessed and used on a variety of devices.

Mobile mapping, mobile cartography, and mobile geospatial visualization are all terms used to describe the process of creating a map that is specifically designed for use on a mobile device. This process involves optimizing the map for the smaller screen size and touchscreen interface of a mobile device.