Markørbaserede

Markørbaserede systems, also known as marker-based systems, are a type of technology that relies on visual markers to facilitate interaction and tracking within a given environment. These markers are typically patterns or symbols that are easily recognizable by a camera or sensor, allowing the system to identify and track their position and orientation in real-time. This technology is commonly used in augmented reality (AR) applications, robotics, and computer vision systems.

In marker-based systems, the markers serve as reference points that enable the system to understand the spatial relationship between the camera or sensor and the physical environment. The markers can be in the form of simple geometric shapes, such as squares or circles, or more complex patterns, such as QR codes or barcodes. The system uses these markers to calculate the camera's position and orientation, which is then used to overlay digital information onto the real world in AR applications or to guide robotic movements.

One of the key advantages of marker-based systems is their accuracy and reliability. Since the markers provide clear and distinct reference points, the system can achieve high precision in tracking and positioning. Additionally, marker-based systems are relatively easy to implement and do not require complex algorithms or expensive hardware. However, one limitation of marker-based systems is that they rely on the presence of markers in the environment, which may not always be practical or feasible.

Marker-based systems have a wide range of applications, including gaming, education, medical training, and industrial automation. In gaming, for example, marker-based AR can be used to create interactive and immersive gaming experiences. In education, marker-based systems can be used to create interactive learning materials that enhance student engagement and understanding. In medical training, marker-based systems can be used to simulate surgical procedures and provide realistic training environments. In industrial automation, marker-based systems can be used to guide robotic movements and improve manufacturing processes. Overall, marker-based systems are a versatile and effective technology that continues to evolve and find new applications in various fields.