Vol. VIII, Issue 5, May 2012
Download
Zip
Pdf
 
 

Crustal movement before and after the Great East Japan Earthquake

Dr Shunji Murai, Dr Harumi Araki

The importance of mitigation of GNSS vulnerabilities and risks

Renato Filjar, Darko Huljeni

Assisting visually impaired using smart-phone sensors

Oluropo Ogundipe

LAPSI: An EU thematic network for enabling public sector information

Cristiana Sappa, Giuseppe Futia

Use of geospatial technologies for maritime security

S S Pendse
My Coordinates
EDITORIAL
Conference
Let’s click GIS into gear! Data is the fuel
No Coordinates
Hunting Treasure
Mark your calendar
June 2012 TO February 2013
News
INDUSTRY | LBS | GNSS | GIS | IMAGING | GALILEO UPDATE
Advertisers in this Issue :
Ashtech, CHC, ESRI, Foif, Hemisphere GPS, HiTarget, IFEN, Javad, Kanq Digital, Kolida, MicroSurvey, Pentax, Navcom, NovAtel, Racelogic, Spectra, South, TraceMe, Trimble

Vol. VIII, Issue 4, April 2012
Download
Zip
Pdf

Rx for SATNAV obscuration

James L Farrell

Sharing marine data to improve knowledge and coastal management

César García Aranda, Agustín Molina García

Comparing Global Geoids

EL Hassan EL BRIRCHI, Pr Driss EL AZZAB

The Missing Observation: Orthometric Height

Mohamed Eleiche

GAGAN: Building block by block

Elango K, K N Suryanarayana Rao, K Sampath Kumar, P Soma, S V Kibe


Mar 2012 | No Comment

Despite the good performance of GPS, there are more than a few GNSS vulnerabilities and threats. Categorisation into unintentional and intentional is sometimes done to aid understanding. Unintentional disruptions include natural phenomena such as high levels of ionospheric disturbance and solar flares, as well as man-made phenomena including system errors (satellite or signal), and unwanted radio frequency transmissions (TV, microwave communications, radar, …).

Mar 2012 | No Comment

Replacing the horizontal datum of a country is a complicated and difficult project. The decision to embark on such a “revolutionary” move should only be taken after in-depth studies to identify compelling reasons for such replacement. Here, we comment on the article by Tahir et al. published in the September 2011 issue of Coordinates.

Mar 2012 | No Comment

As satellite imagery becomes increasingly ubiquitous, the mechanisms to deliver and disseminate this data have become critically important to both the consumers and providers. Aligning these dissemination tools with cloud hosting and computing is a natural

Mar 2012 | No Comment

By definition, ‘spatial enablement in action’ means that we (governments) must make our spatial information “actionable”. That is, it must be used and leveraged beyond just for mapping. It must form the enduring fundamental authoritative spatial data layers of a nation, and do so in a way so that it is able to support evidence-based decision making for the many social, economic and environmental drivers challenges that face our Governments. It is incumbent on us doing so. Should we not do so, we seriously risk “spatial stagnation”, and have a rich resource of geoinformation that remains largely untapped and with significant unrealised potential.

Feb 2012 | No Comment

For the purposes of this paper, the vehicle was tele-operated from the nearby BS with the operator manoeuvring with the aid of three onboard video cameras and a display of the LiDAR data in realtime. Autonomous operation using the LiDAR data and was demonstrated in Whitty et al. (2010)(For videos, see our YouTube channel: www. youtube.com/UNSWMechatronics).