The goal of the system was to provide automated parking assistance, including both parallel and perpendicular parking capabilities.<\/p>\n\n
The development involved creating complex algorithms for environment detection, path planning, and control. For this purpose, technologies such as Lidar, ultrasonic sensors, cameras, and advanced image processing algorithms were utilized.<\/p>\n\n
Key tasks included integrating various sensors, software development, and comprehensive testing in different parking scenarios. The sensor integration ensured that all necessary data for precise environment detection and accurate vehicle control were collected. The software development focused on creating algorithms that process this data to plan and execute optimal parking maneuvers.<\/p>\n\n
To ensure the reliability of the system, extensive testing was conducted across various parking scenarios. These tests included various environmental conditions and parking configurations to ensure that the system operates reliably under all circumstances and provides a high level of safety and comfort for the driver.<\/p>\n\n
The end result was an advanced autonomous parking system that provided significant convenience to drivers during parking while also enhancing safety. sensified was responsible for executing this project and ensured the development of a powerful and reliable product through the use of modern technologies and thorough testing methods, meeting the high demands of the automotive industry.<\/p>\n\n
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