Geo-Located Asset Management at UOS

Land management is used in GIS as a way to store information as attributes allows a ‘land man’ to chart key lease data such as lessor names, lease expiry dates, working interests (WI), overriding royalty (OR), overriding royalty interest (ORRI), net revenue interest (NRI) and cross/net acreages. Meanwhile unifying all land management data in an enterprise GIS setting helps immensely when generating the reports that are requirement by regulators. GIS is being used increasingly for well planning, particularly with the rise of unconventional plays such as shale gas, shale oil and coal bed methane. Not only can GIS be used to design well pad patterns about multiple surface drilling constraints, but its distinctive spatial analytics can be used to improve drilling patterns to calculate the most efficient drilling configuration. A developing use of GIS is in using flying sensor technology to gather on-demand high resolution imagery across a field location in order to survey a site. This allows companies to regularly monitor sites and to recognize and be able to change, without having to commission expensive satellite data capture. Environmental monitoring is important given the current focus on shale play development, it is essential that companies are able to precisely monitor environmental changes associated with operations. GIS is irreplaceable in this regard, able to assimilate and

Spatial information is usable when it has metadata, as it is straightforward to follow and find datasets. GIS data catalog for Enterprise Geodatabase is a project which allows acquiring information regarding the availability of GIS datasets and related properties such as quality, description, the point of contact, extent, etc. The audience for the project are the internal customers looking for data.

The problems with BIM and GIS are hardly few and far between, but interoperability between the two has huge potential to produce benefits to the industry in areas such as security and urban planning. The introduction of Cloud computing has the possibility to vastly expand our ability to create such highly technical models. Furthermore, the importance of real-time analysis on buildings and cities can undoubtedly lead to more sophisticated, time-saving processes that ease our understanding of BIM and help invigorate smarter engineering methods. But the question we may ask is, how can this assimilation between BIM and GIS, as well as countless new technology trends, lead to better, more advanced city models in the future?

Spatial information is necessary to make sound decisions at the local, regional and global levels. Therefore, the amount of spatial datasets being created and exchanged between organisations or people is increasing considerably. According to a released study by for the period of 2004–2010, the overall growth of geospatial industry has increased by 11% in the areas of data, software and services.

Implementing the GIS is a huge challenge for many multi-national organizations. There are numerous reasons for which a GIS is required, for example, to provide the base IT support in each and every country, where the business units of the organization are located. A properly designed, developed, and implemented GIS helps exchanging information globally, and has also been flexible enough to provide local features and functionalities (Markus, 2007).

The construction industry needs tools and techniques for land use, economic development, and environment planning to cope with development in various locations. This

GIS, is a software system in which data is often imported, and Janke (2010) states that potentially unrelated data can be combined into something of meaning, and Aydin, Kentel & Duzgun (2013) claims that GIS with its spatial analysis capabilities can overcome site selection problems. Teguo et al (2010), states that GIS in recent years has become much more popular as a tool for the appropriate site selection of a various number of projects and disciplines. These other projects for site selection using GIS with a decision support system, is the appropriate sitting of landfill (Şener et al, 2010), road network route planning within a city (Sadeghi-Niaraki et al, 2011), and a decision support system for planning of urban infrastructures (Coutinho-Rodrigues, Simão & Antunes, 2011). Therefore these examples from the literature show that the use of GIS for locating suitable sites does not have to only be for renewable energy technologies, but they can be adapted for various situations.

The paper will begin with a literature review on the sources used for research including conference papers, lectures, and trade magazines. Immediately following the literature review, there will be the discussion which entails a thorough explanation of the fundamental concepts that contribute to the foundation of Geographic Information Systems. After the explanation of concepts, there will be a brief introduction regarding the company that pioneered the way for GIS. This paper will then discuss the current trends and major industries that are utilizing GIS. In the end, there will be a conclusion that will include a future analysis on GIS.

If you are uncertain about any of these matters then please discuss them with your lecturer. Assignments will not be accepted if this section not completed.

Geographical Information System (GIS) is a computerised management based system that is used to collect, store and analyse spatial data. It allows users to interpret data to follow trends, patterns and understand relationships analysis.

I, Akshay Paliwal bearing Reg. No. A13559014075, a student of MBA(Construction Project Management), RICS School of Built Environmenthumbly declare that I have Completed from time to time all the works assigned to me & the essentials required to prepare this research paper From 21st January 2016 and ending on 14th April 2015 as described in this report by my own skills.

It is a Geographic Information Systems (GIS) widely used for urban master planning for brown field. It is a spatial attribute of world co-ordinate system. GIS is kind of software in which you can see the entire world spatial map. It is a master plan for re-development of Jamshedpur. GIS is a geographic information system working with maps. It is used for creating maps and compiling geographic data and analyzing mapped information. This geographic information using maps and managing the geographic information in a database. It includes spatial information and attribute information. Spatial information is connection between the location, people and activities. The information can graphically what is happening, where, how and why it is happening show the insight and impact of the past, present and the future. This spatial data is to define the location Attribute information is to specify the exact location. This map is using a connection between the wards, villages, plots in a particular Jamshedpur town. If you take a closer look you can see where separate wards, villages and plots. In this we come across two types:

GIS is defined as a “powerful set of tool for collecting, storing, retrieving at will, transforming and

Remote sensing and GIS technologies were initially developed for different purposes. However, both these resources can provide information about the earth 's natural resources. Advancements in computer hardware and software technology now make it possible for data from these sources to be easily integrated. Most GIS software packages allow remotely sensed data to be imported, or at least viewed, within the software application. This ability allows the analyst to overlay remote sensing data layers with other 5 spatial data layers. Analysts use remotely sensed imagery with GIS data sets for a variety of reasons, including providing a continuous regional view of the areas and extracting GIS data layers, such as contours or building footprints

Besides distribution map, GIS was also used by Food and Agriculture Organization of the United Nations (FAO) to draw a series of maps (Populus & Lantieri, 1991) that reflected land use types of intertidal zones and seabed, coastal lines and the depth contour lines.