Articles in the Navigation Category

Jun 2014 | No Comment

Side scan sonars are widely used for objects detection in seabed clearance investigations. Multibeam data about bathymetry and backscatter may be not enough in terms of detecting small objects, possibly dangerous for navigation…

Jun 2014 | No Comment

The new IMO Sub Committee on Navigation, Communications Search & Rescue considers the Strategy Implementation Plan for e-Navigation at its meeting in July 2014 (NCSR1). The e-Navigation solutions embodied in that Plan depend on reliable, robust positioning…

Apr 2014 | No Comment

The project SiNafaR concentrates on surveilling big areas like container harbors with autonomous and heterogonous robots supporting the security staff…

Mar 2014 | No Comment

Satellite navigation relies on the visibility of a sufficient number of satellites. As the number of satellites increases, some problems such as shadowing in urban areas are reduced although not completely removed. In other instances, such as in tunnels, positioning by satellites is not possible.

Dec 2013 | No Comment

The European Geostationary Navigation Overlay Service (EGNOS) is Europe’s first venture into satellite navigation, providing an augmentation signal to the Global Positioning System (GPS) Standard Positioning Service (SPS). It has been a long way for Europe, since the beginning of the EGNOS programme in the late 90’s, culminated with the declaration of availability of the three EGNOS Services:

Sep 2013 | Comments Off

The International Maritime Organisation (IMO) is developing e-Navigation as the future approach to marine navigation in order to enhance maritime safety. As such, the IMO state that positioning systems for e-Navigation “should be resilient …. robust, reliable and dependable. Requirements for redundancy, particularly in relation to position fixing systems should be considered”

Aug 2013 | 2 Comments

This section presents the structure of a mobile field robot, including a robotic base and an embedded circuit board design.

Jul 2013 | One Comment

The automation of agriculture has become a significant concern due to the benefits of increased productivity and enhanced operational safety developed in 1997 [1]. In recent years, with the on-going development of mechatronic techniques, traditional manual work has been replaced by automated tools, such as the harvester, mower, and sprayer [2]. However, more specialized farming work still requires human manipulation of farming machinery….

Dec 2012 | No Comment

Much has already been written about how the smartphone is sounding the death knell for the personal navigation device (PND), and indeed, traditional PND manufacturers have struggled to cope with this new threat – most are bleeding badly from their PND units.

Sep 2012 | No Comment

High-performance autonomous pedestrian dead-reckoning (PDR) systems usually include 6 degrees-offreedom (DOF) inertial measurements unit (IMU) to calculate position of the user. These systems don’t rely on GPS signals and preinstalled infrastructure such as RF beacons, Wi-Fi routers, ultrasonic transmitters etc.