Location Base Services (LBS) is service mechanisms that provides information about the location and take advantage of the location. Global Positioning System (GPS) is one of Devices that inform the position. Mobile phone GPS has the advantage because they can be used also as a means of communication and the completeness of the camera (photo and video) resolution good enough to take photos that have coordinates ((Geo)tagging photo) and can be sent directly to the office for more information .
National Data Sharing and Accessibility Policy (NDSAP) is announced by the Department of Science and Technology (DST), Government of India in May 2011. This is certainly a bold step in terms of providing the information proactively as Indians have a constitutional backup for the right to information through the Right to Information Act 2005. The NDSAP talks about sharable data and non-sharable data (negative list). The negative list is that which includes the data that is not sharable and would not be available on the public domain. Section 8 and 9 of the Right to Information Act, 2005, the Information Technology Act, 2000, and Right to Privacy upheld by the Honourable Supreme Court of India in its various judgments, will be the guiding factors preparing the negative list. The metadata of the sharable data will be available on a portal (www.data.gov.in).
The Survey Department of Brunei Darussalam, with the collaboration of the Universiti Teknologi Malaysia (UTM), has carried out a study on the establishment of a new geodetic framework for the country. A new geocentric datum for Brunei Darussalam 2009 (GDBD2009) was established using GPS space geodetic technology based on the ITRF2005 reference frame. The GDBD2009 is related to ITRF2005 through the inclusion of the 8 GPS stations of the Brunei Darussalam Zero Order Network and have been processed together with more than fifty IGS stations around the world. The realization of GDBD2009 requires the determination of a new datum transformation and map projection scheme. A new set of transformation parameters to be use in converting from the existing local datum to the new GDBD2009 has been computed. The implication of this new datum on the existing cadastral and mapping practices, various GPS non-mapping applications, and the GIS/LIS related applications are taken into consideration.
There is the continuing need to raise the next generation of professionals that is not only educated and competent but also agile and able to respond responsibly to the growing demands from humanity. Humanity is facing a series of challenges ranging from adequate food and shelter; environmental degradation, natural disasters and climate change; growing income chasm and economic crises. The profession cannot just measure but also need to manage, to mitigate, to meaningfully deploy its sciences and technologies, its knowledge and practices for the betterment of humanity so that the profession remains relevant. Against this backdrop, surveying educators have the unenviable task of educating and shaping our next generation of professionals.
Surveying education has been ‘playing’ catch up with changes in the surveying/geomatics industry and some individuals are of the opinion that the lag is substantial and demands immediate attention. Not only has technology impacted the surveying industry but the modernisation brought on by information and computer technologies has considerably impacted educational methods used in surveying/geomatics programmes. This paper examines how selected surveying/geomatics programmes address the issue of making their courses relevant to industry needs, student characteristics and one particular trend within higher education. The discussion is based on empirical data from a research that involved fifteen surveying/geomatics programmes from thirteen countries. The study investigated curriculum architecture and pedagogical alternatives within the discipline and the impact these have on students’ preparedness for work.
What is LightSquared?
LightSquared Subsidiary LLC is a company that plans to provide a wholesale, nationwide 4G-LTE wireless broadband network integrated with satellite coverage. LightSquared will combine existing mobile satellite communications services (formerly known as SkyTerra) with a ground-based wireless communications network that uses the same L-band radio spectrum as the satellites.
How is Trimble getting ready with the multi-GNSS systems scenario?: Trimble understands that our customers want to purchase receivers today that will benefit from the GNSS signals planned for the future. To keep up with these ongoing changes Trimble’s integrated circuit design team is constantly developing custom chips to be used in our receivers. With many divisions of Trimble utilizing this same core technology the economics of creating a new chip at frequent intervals makes more sense. The latest generation of receiver technology tracks the current Compass navigation demonstration system open service signals and Galileo open service under a license of the European Union and the European Space Agency.