Enterprise Asset Management

- Able to fully employ your core values to other areas and build more of a customer loyalty/following base.

* Allows a company to concentrate on its core business, leverage its key resources and core competencies, and do even better what it already does best.

Maturing Enterprise Resource Planning (ERP) systems are able to integrate business systems with building management systems for improved management controls (such as consolidated dashboard-type reporting). Driven by business requirements for resource efficiencies and management by

GIS, with their capabilities for spatial analysis and modeling of diverse data, can enhance the ability to address several natural resource and environmental issues that have spatial component (Nijkamp & Scholten, 1993). GIS can facilitate the organization, manipulation and analysis of diverse data often associated with these issues, and the data structures, and analytical techniques of GIS can be incorporated into a wide range of management and decision making operations that pertain specifically to natural resources.

A majority of oil and gas companies will agree that data management, on a massive scale, is the toughest aspect of their industry. At the end of the day, data, rather structured or unstructured, is still just data. This raw data means nothing unless it is converted into intelligible data and data on this scale must be converted through an advanced data management system. GIS was designed with this task in mind.

It is mentioned in the paper that "the future of utility and grounds asset management involved Geographic Information Systems (GIS)". Discuss this statement.

GIS is an interdisciplinary technology, integrated by computer science, geography, surveying, cartography and stuff. Generally, GIS includes computer hardware and software systems and processes that are used to solve complex planning and management problems, supports spatial data collection, management, operation, analysis and simulation. Main functions of GIS include the input, storage, processing and output of geographic data collected from map-vectorization, remote sensing data, GPS, etc. GIS’s characteristics are: strong system of spatial data management; vivid and intuitive user interface; powerful spatial analysis capability.

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.

Geographic Information Systems (GIS) has had one of the biggest impacts on the discipline of modern day geography. Roger Tomlinson coined the term GIS in the early 1960s in Canada. Tomlinson defined GIS in its early days as a computer application designed to perform certain specific functions (Coppock et al; 1991). GIS is interdisciplinary in nature, having a distinctive role in geography. The application created for the Canada GIS department was designed to summarize and tabulate land inventory for the country; it solved two issues: to measure irregular homogeneous geographic areas and to overlay different themes. Other early systems were created for the Chicago Area Transportation Study, the U.S. Census Bureau and Landscape

As attractive as the benefits of GIS may look to an organization, there are a variety of factors that need to be considered before this is done. Before the system is made, the number of users, GIS data base and application should be considered. The other key factor that comes in handy is the size of the geographical area. To add on this, the degree and frequency of use for each system also varies with its integration into the system. Before setting up a GIS system, one has to consider its functionality. If a system can run efficiently and effectively without this system, then it might be of no use incorporating this system (Somers 1998).

GIS is an emerging method of data storage and interpretation. GIS is, simply put a database. It is many tables of data organized by one common denominator, location. The data in a GIS system is organized spatially, or by its physical location on the base map. The information that is stored in the database is the location and attributes that exist in that base map, such as streets, highways, water lines, sewers, manholes, properties, and buildings, etc. each of these items don’t just exist in the database, the attributes associated with the item is also stored. A good example of this would be a specific sewer line, from and arbitrary point A to a point B. Ideally, the

Second, for particular spatial features the GIS technology use the relational data base technologies allocate a series of aspects.

The research uses a number of methodologies like assessing existing system of asset management at UOS, interviewing fixed asset managers, carrying out literature review of GIS systems for asset management, studying the possible methods of interfacing this data with database maintained as GIS maps. Open-Source Quantum Geographical System software was finally used to draw GIS maps of the UOS Women campus and UOS main building.

Geographical information system (GIS) is a combination of a graphic presentation and database. It is a general-purpose technology that uses geographic data in digital form. The abilities of GIS include processing the data into a form, which is suitable for analysis, supporting spatial analysis and modeling, and post-processing results. Moreover, it can give spatial representation of water resources systems and bring spatial dimensions into the water resource

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: