GIS Technology in Fire Service

Fire Service Technology: The modern fire service is characterized by increased interactions between fire researchers and service in general. The interactions have mainly been geared towards producing research outcomes that can be utilized to enhance the effectiveness and safety of firefighters. As part of the development of suitable fire service technology, recent research results have shown that changes in construction methods and fuel loads have impacted the fire environment within residential structures ("Fire Fighting Research Online," 2013).

While the changes have transformed the conventional fire behavior, they have also contributed to significant changes in fire equipment. The research outcomes have not only brought changes to fire behavior and equipment but have also resulted in the development of fire service technologies that are currently used and continue to have tremendous impacts.

Examples of Technologies in Fire Service: The first technology used in fire service is the World Wide Web that has emerged as a major way of delivering information to users and has been accompanied with tremendous growth in the recent past. Through this technology, users can easily access information without any obstacles associated with distance and time (Jennings, n.d.). The ease has mainly been fueled and enhanced by extended online document delivery that eliminates hindrances to information delivery.

Fire service has mainly used this technology to conduct web-based information dissemination. In essence, World Wide Web is used in fire service to provide necessary information in analysis of fire service issues and fire policy concerns. As a result, it enables collection of performance data for fire services that is used to guide fire and emergency protection initiatives. Geographic Information System (GIS) technology is one of the emerging techniques used in fire service to optimize the delivery of emergency services.

Geographic Information System (GIS) is a computerized technology that connects geographic with descriptive information. In this case, geographic information refers to where things are whereas descriptive information refers to what things are like. As a result, the technology is used in fire service to obtain, display, and evaluate data spatially ("GIS Technology and Applications for the Fire Service," 2006). GIS technology is increasingly used in fire service because effective response cannot be constantly accomplished without sufficient preparedness and planning.

This technology supports preparedness, planning, incident management, and response while extending the capability of maps to become more intelligent and interactive. In light of the increasing focus on integration of smart technologies for multi-criteria fire detection, the third example of fire service technology is advance signal analysis. This technology involves the use of software that converts sensor signals into mathematical formulas ("Advances Spark New Age of Fire Safety," 2012). This technology has been recently adopted in fire service in order to enhance value, reliability, and simplicity.

The software in this technology actively compares signal data to complex algorithms that help in distinguishing a fire emergency and harmless smoke in real-time. In addition, smoke detection systems constantly monitor the air and utilize a programmed alarm sequence to determine the need for response. Impact of these Technologies in Future Direction of Fire Service: The use of the World Wide Web is likely to increase the use of distance use of library resources in fire service in the future.

These changes will in turn promote the delivery of information to a far-off group of users who previously experienced difficulties in accessing information and had to depend on complex processes of interlibrary loan systems. As a result, fire services in the future will be characterized with relatively easy delivery and access to information that will be used to enhance fire and emergency services. Therefore, there will be easy analysis of fire service and fire service concerns to enhance efficiency.

As the use of technology in fire service continues, GIS technology will increasingly be used in the future as a mapmaking software tool ("GIS for the Fire Service," 2012). GIS will contribute to improved analysis of fire service concerns because of its potential to deal with a huge number of data points and the emergence of different users. In addition, this technology will enhance community preparedness and response ability because it improves the ability to visualize risks and hazards.

Advanced Signal Analysis will contribute to combination of various multi-criteria fire detection that will make it easier to identify and respond to fire incidents. Fire service departments will operate with improved efficiency because of easy differentiation of fire emergencies from harmless smoke. This will be accompanied with instant notification of such incidents, especially in areas with high airflows. The benefits of these initiatives will also contribute to increase and advancements in smoke detection devices for use in fire service.

Most of the future initiatives in fire service will focus on smoke detection advancements to improve efficiency of fire service organizations. In conclusion, fire service has been characterized with increased use of technology because of the increased need to enhance public safety and fire protection. Some of the examples of technologies.