Anders Eliasson

Title: **Inventor Anders Eliasson: Innovating Distance Measurement Technologies**

Introduction

Anders Eliasson, a talented inventor from Kullavik, Sweden, has made significant contributions to the field of distance measurement technologies. With one patent to his name, Anders has developed a method aimed at enhancing the accuracy of distance determination between an image sensor and a target area in vehicle applications. His innovative approach addresses the growing need for precise data in automotive safety and functionality.

Latest Patents

Anders Eliasson's patent focuses on a method for determining the distance (Dsensor) between an image sensor and a target area of a vehicle driver. The method involves using a light source strategically positioned with a known geometric relationship to the image sensor. This setup allows for a structure within the vehicle to cast a shadow in the target area. By analyzing images captured by the image sensor that include the shadow, it becomes possible to calculate the distance (Dlight source) between the light source and the target area. Furthermore, the distance Dsensor is derived from Dlight source, incorporating the geometric relationship between the light source and the image sensor. This innovation provides a reliable means of determining distances with the utilization of a single image sensor, marking a noteworthy advancement in automotive technology.

Career Highlights

Currently, Anders Eliasson is associated with Smart Eye AB, a company renowned for its commitment to developing advanced technology for driver and passenger monitoring. Throughout his career, Anders has demonstrated an unwavering dedication to innovation in the fields of imaging and distance measurement, contributing to the evolution of safer and more efficient automotive systems.

Collaborations

While specific collaborations have not been detailed in the available data, Anders Eliasson's association with Smart Eye AB suggests potential partnerships and collaborations that focus on enhancing automotive technologies and improving vehicle safety protocols. The innovations emerging from his work may well lead to future collaborative efforts with universities, research institutions, and other technology-driven companies.

Conclusion

Anders Eliasson's work on distance determination technology illustrates the vital role of inventors in shaping the future of automotive safety and innovation. His patent signifies a leap forward in how vehicles interact with their environments, potentially transforming the driving experience. As technology continues to advance, the contributions of inventive minds like Anders will undoubtedly play a crucial role in developing smart and secure transportation solutions.