As part of Advanced Navigation’s inaugural Student Grant Program designed to motivate and financially support high-achieving engineering students, we asked our applicants how they envision a sustainable future enabled by autonomous systems. A question of great magnitude, it was met with some of the most eye-opening, creativity-laden responses from young minds across the world.
Tech Articles
30 June 2023
Go to ArticleThe History of Gyroscopes – From Humble Beginnings to Hyper Technology
The gyroscope most likely began existence as a simple children’s toy – a “spinning top”. It is difficult to speculate who, when and where first discovered this seemingly gravity defying wonder, however, it has endured the ages and has ended up becoming an intrinsic part of human navigation.
21 May 2023
Go to ArticlePedestrian Dead-Reckoning (PDR) – An Introduction
Dead-reckoning is the term given to approximate one’s current position based on estimated movements from a previously known location. That is, having your starting point coordinates, then estimating heading (direction) and distance travelled between each change in direction, using velocity and time, to calculate where you are now.
8 May 2023
Go to ArticleInsights Into LiDAR Technology and LiDAR-Based Surveying
The genealogy of lidar (light detection and ranging) stems from sonar (sonic navigation and ranging) and radar (radio detection and ranging) technologies. Sonar and radar use acoustic (sound) and electromagnetic waves in the radio or microwave frequency spectrum, respectively. Lidar technology uses electromagnetic radiation in the infra-red and visible light spectrum, which are much higher frequencies than that of radio or microwaves.
26 April 2023
Go to ArticleA Leap Forward in Ag-Tech: How Autonomous Systems and Precision Agriculture are Transforming Farming – A Guide
Traditional techniques for crop growing and other agriculture activities have been a mainstay for literally centuries, however, technology has caught up in a big way that is offering farmers many new and ingenious ways to improve life on the land.
6 April 2023
Go to ArticleUntangling USBL – Comparing the Benefits of USBL-Squared (USBL2) with Classic and Inverted USBL
There are several techniques for using USBL that are suited to different applications, each of which provides different advantages and results. USBL-squared (USBL2) is unique to Advanced Navigation. This article briefly explains each technique and the benefits of USBL-squared to help untangle any confusion on the subject.
8 March 2023
Go to ArticleGlobal Navigation Satellite System (GNSS) and Satellite Navigation Explained
A Global Navigation Satellite System (GNSS) consists of a constellation of satellites orbiting the Earth in very specific trajectories. For global coverage, it is estimated that a constellation requires 18 to 30 satellites. Navigation satellites provide orbit information and accurate timing (and other services) to radio receivers specifically designed to receive those satellite signals and decode the signal message contents.
8 March 2023
Go to ArticleInertial Navigation Systems (INS) – An Introduction
An inertial navigation system, commonly known as an INS, is an electronic system that uses a variety of environmental sensors that are able to detect and measure the change in motion of an object. Using sensor data, an inertial navigation system can determine the position of the vehicle or object relative to its starting point.
24 February 2023
Go to ArticleInertial Measurement Unit (IMU) – An Introduction
The measurement of motion, specifically, acceleration, rotation and velocity, is essential to understanding the orientation of an object. It is also broadly applicable to many applications; for example, production line machines, robotic devices, vehicles, autonomous systems, gimbals, machine tools, and even robotic prosthetics.
13 February 2023
Go to ArticleInertial Guidance: A Brief History and Overview
The limitation of most navigation systems is the need for references to confirm actual position with estimated position, be it a map, a star, a satellite constellation, or a landmark. When a reference is not available, we require a different means of maintaining navigation and guidance. Using inertia as a means of detecting and measuring changes in motion has been a popular method of unaided navigation.
4 January 2023
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