![]() ![]() However, these solutions are still reserved for larger corporations, such as Toyota and the like, who have the financial means and technical personnel to complete such a task. ![]() Their Vice President Automated Driving at TRI-AD, Mandali Khalesi, stated:Ĭurrently automated driving map development relies on highly expensive specialized mapping vehicles deployed in limited numbers, and a lengthy manual process for reliable HD map creation. Some automobile and autonomous car manufacturers are already on their way to creating High Definition (HD) mapping camera in-house solutions. The camera and its housing must be able to stand up to these conditions and not be taken down by a rainstorm or a pebble hurdling through the air. ![]() Mobile mapping does, after all, take place on the top of a moving vehicle, which is traveling at considerable speeds, through cities, along rural roads, and (theoretically) in all sorts of harsh conditions such as extreme temperatures, rain and snow. One such necessity is a robust, durable structure which can withstand harsh weather conditions and difficult terrain. Research in the field of 360º mapping has concluded that there are some basic but essential needs. With each new generation of camera on the market, the requirements become more and more specific and some of the current companies who are producing the technology for 360-degree mobile mapping have succeeded in incorporating most or all of these specifications into their products. Requirements for the most effective and best cameras for mobile mapping Some of the most common uses of mobile mapping is for the use of maintaining and updating street signs, discovering potential road damage such as potholes, and aiding in the decision-making process regarding flood management, the construction of green buildings and the use of solar power for a particular building. Mobile mapping has an incredible array of applications for governments at any level as well as companies of varying sizes and industries, all of which can trickle down and affect the daily lives of people and communities throughout the world. But what does that mean for the average, everyday citizen? How is mobile mapping shaping our lives? Applications of mobile mapping Through the use of mobile mapping, we can obtain digital maps (ones which are accessible on computers and smartphones, allowing the user to interact with it), GIS (geographic information system) data and georeferenced images and videos. Mobile mapping represents a heterogeneous type of sensor integration consisting of navigation sensors as well as imaging sensors, altogether time synchronized and mounted on a common platform. Some devices come as a camera and separate workstation which accompanies the camera within the vehicle. Some of these technologies include GNSS, LiDAR, radar, laser and various other systems, usually combined within a camera-like device which can be mounted onto a mobile platform. ![]() Mobile mapping combines the maneuverability of a vehicle with several technologies for the collection of geospatial data. Let’s take a quick look at what mobile mapping is and why it is so fundamental for governments, municipalities, logistics companies and even real estate companies. Surveying cameras are crucial for both mobile mapping and the more well-known street view feature on such sites as Google Mapsand Mapillary. How, you ask, does a camera help to accomplish such a feat? The answer is that 360º cameras have already played a significant role, quite literally, in forming the way our towns, counties and cities are structured and how they operate. Check out our list of the best cameras for mobile mapping in 2021. As we leave 2020 behind and head into a hopeful 2021, let’s have a look at some of the cameras that will be helping to shape the future of cities and countries around the world. ![]()
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