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A geographic information system (GIS) is a system that is composed of specific hardware, software, and experts that are all involved in acquiring, storing, analyzing, managing, and displaying geo-spatial data in a format that can be manipulated and displayed in digital map form. GIS permits the construction of multi map layers for anything that can be connected to a geographic coordinate system. The purpose of GIS is to manage and analyze the mapped data. GIS is now used in any area that requires spatial data collection for the purpose of analysis, manipulation and modeling. Desktop GIS was the choice to display spatial data, however, GIS and the internet has become an increasingly popular choice for viewing and managing spatial data for digital mapping.

With the expansion and growth of the internet, more people are taking advantage of GIS with GIS technologies becoming more broadly available. Internet GIS has many benefits such as convenience, broader user access, and decentralized data storage. It is now possible to share, analyze, and manage data through internet based spatial data management systems. The internet and GIS have been used to download the most current geographic data for processing and then putting it in a digital map which can be accessed by companies no matter where they are located as well as the general public from all over the world. For instance, the World Health Organization can take advantage of GIS for public health mapping. WHO can track emerging diseases such as swine flu, and track outbreaks in any location anywhere in the world

GIS has become a part of nearly everyone’s daily life. Internet GIS is now being used in e-commerce. GIS wireless applications in e-commerce use technologies to provide customers with directions to such establishments as hotels, restaurants, retail stores, gas stations, and to track vehicles for automatic vehicle location. For institutions such as research organizations, internet GIS allows access to data without a decentralized database. Developers have the ability to take advantage of internet GIS to boost their market share. Business managers are able to make smarter business decisions when using internet GIS.

With the expansion of the internet, distributing and viewing of data online has now become a central part of a diverse range of projects. As well, GIS has been used at local, regional, national and international levels with internet based GIS being accessed by millions of people instead of just a small group of people. For instance, MapQuest is a popular internet GIS system used by millions of people who require maps and driving directions. Google maps is another popular GIS system.

The integration of GIS with the Internet is still a developing trend and the future is very promising. In the near future, as our understanding of GIS technology grows, people will be able to use a GIS system anywhere, whether at home, the office, another region. As well, future internet GIS systems will include automated geo-spatial data processing that will help make GIS a part of our daily lives.

A postal code map and address verification software software can be tailored to the demands of large organizations. It combines modern technology with geographic coordinates spatial data systems to deliver solutions to business obstacles.

Standard GIS Formats are the structures that are utilized for storing data in a GIS file. Spatial data is a predominant type of data that is stored in standard GIS Formats. Spatial Data refers to the location and characteristics or attributes of a geographic feature that is normally stored as topology and specific coordinates. Specific geographic features can then be viewed as illustrative and descriptive information. Spatial Data is available in many forms such as aerial photography, digital maps, paper maps, and digital satellite images. When transferred or stored in a standard GIS format, the data can then be viewed and manipulated according to the user’s particular purpose. There are a number of GIS formats that can be used for mapping spatial data and they include:

Vector Formats: Vector Data represents geographic features as x and y coordinates or X, Y, Z triples, using the coordinate system marked out for the map. Features are described as Lines (two or more points in a specific sequence,) Points a (single pair of coordinates,) and polygons (an area enclosed by a line). A large number of GIS applications are based on vector technology. Vector formats are the most common formats because they allow for numerous ways to store coordinates, database structures, a particular location’s attributes, and then display the information in a readable and descriptive format. Examples of common vector formats are DXF and Shape, Mapinfo MiD/MiF files, and arc/info Export (E00 files).

Raster Formats: Raster data is a pixel or cell based means of displaying the earth’s features. Each cell or pixel will have a specific value. Images or maps created by scanning as well as satellite images are examples of raster data. For the most part, raster files are involved in image information storage, satellite captured information, and other above ground imaging systems. The systems where these images are captured and stored are called remote-sensing data. Resolution is given in meters in which each cell represents the size of the surface area being covered. Examples of raster formats include: JpEG, TiFF, BMp and GiF.

Some common raster formats include:

Digital Elevation Model (DEM): Often used to document elevation data, DEM cells represent the elevations of points on the earth’s surface.

Spatial Data Transfer Standard (SDTS): SDTS is designed to transfer geographic information.

It is important to note that some digital maps do not contain all types of information. For example, raster maps usually do not include attribute information which is additional non-graphic information about each feature, and many vector data sources do not include display information, which describes how the features will appear on the screen. If you have complex data requirements, you will want to learn about a broader range of transfer formats, especially if you want to blend Spatial data from different sources. Fortunately, there are companies that specialize in placing complex formats into Standard GIS format so that you will be able to comprehend the different types of data in your map and then use it according to your specific project needs.

A geocoding and Address verification software can be tailored to the demands of large organizations. It combines modern technology with postal code map geographic coordinates systems to deliver solutions to business obstacles.

The use of the postal code map is becoming more popular as large companies and governmental agencies recognize the benefit of having a unique identifier for all of the cities in the world. Postal codes are used on a global basis with scanners in centralized postal stations that sort and distribute millions of letters, parcels and packages each day. The system of scanning posts is so efficient that the percentage of mail that is mishandled is minimal.

Many of the scanners used in centralized postal stations are designed to read bar codes that contain postal codes. Bar codes containing relevant data from the maps are affixed to envelopes and parcels and quickly distributed using the scanning machine.

Many of these scanners also are equipped to read handwritten letters and numbers on a parcel. When the letter goes through the scanning machine it translates the handwritten numbers and letters into codes that then transfer the letter to the appropriate distribution bin.

Postal stations are located in small towns and cities throughout the world. Postal employees collect and distribute mail in these small stations which are then collected by centralized postal collection teams. The centralized stations are located in large cities and often near airports.

The machines that are used in centralized stations are very large. They receive mail via a conveyor belt that narrows to a width that forces the letter under the scanner. When the letter has been scanned it is automatically transferred by conveyor belt to bins that are sent to distribution points locally, nationally, or internationally. When a department must manually sort mail that cannot be read by the scanner, the postal operator scans the handwritten numbers and letters. The data is then transferred to the main system which allows the scanning machine to read numbers and letters of that shape automatically when they are sent through the system again.

Inserting the wrong postal code can cause a letter to go awry. The letter or parcel may wind up in a foreign country and not be returned to the sender for several years. This is not the case when no number is put on the parcel. In that case a postal officer puts the proper postal code on the letter using information collected from the postal code map.

All scanning machines are connected using a global postal map that is contained in the hard drive of each machine. The data is regularly updated and is continually being improved to make the system more efficient. In some cases, the scanners are set to read the number closed to that shown on the postal map. When this number is incorrect, the letter can be lost.

When you need a postal code it is very easy to get the postal code map for your local area or region. Many people find that they are able to access a database of postal codes through websites that focus on the codes in different countries or regions.

Large companies are finding that using postal code maps as part of the electronic systems for tracking clients is cost effective and efficient. The codes assigned to each country, region, and city in the world are unique and make it very easy for large companies to electronically organize and store client records easily.

Canadian Corporate provides leading location content and software solutions. Location intelligence includes: location intelligence, address validation, Address database, geocoding software, postal code maps, address verification and Spatial data