Airlift Deployment Analysis

1-4 ADA carried out combat operations in 160-square kilometer area across from the airfield. By May 2003, 1-4 ADA relieved 1st Battalion, 3rd Air Defense Artillery, 3rd Infantry Division (Armstrong et al., 2003). 1-3 ADA consolidated as a battalion on the airport and constructed the first successful entry control point (ECPs) and observation posts (OPs) around the parameter of the airfield (Armstrong et al., 2003). Consequential to 1-3 ADA’s accomplishments with the local leaders they laid the foundation for 1-4 ADA’s successful combat and humanitarian operations in theatre (Armstrong et al., 2003).

Military children and families face multiple challenges just for being part of this culture, these challenges are not limited to disruption in family routines, extended separations, mental health problems and parenting difficulties that be related to exposure to traumatic events (Paley, Lester, & Mogil, 2013). One such challenge is deployment. What is deployment, it is the sending of military personnel and materials to a specific destination from their home installation (Military, 2015). Deployment encompasses the preparation and personal needs that are needed before, during and after deployment. All families preparing for a deployment separation go through a process defined by the stages of preparation, survival, and reunion and with each stage comes with different stressors and adjustments for the military member and family members left behind. The stages are predeployment, deployment, sustainment, redeployment and post deployment ((Devoe, & Ross, 2012), within these stages are the seven emotional stages of deployment anticipation of departure, detachment and withdrawal, emotional disorganization, recovery and stabilization, anticipation of return, return adjustment and renegotiation and reintegration and stabilization (Morse, 2006).

Geographic Information Systems (GIS) are a way that information can embedded into and retrieved from maps, today this is done using computers, because of the complexity of the information that can be used, but was once done manually. GIS has become common place in the modern world that we live in, they are useful for simple things such basic maps to much more complex tasks including research and statistics, city planning, as well as many more.

We also need to invest in the future to ensure continued development and improvement of the war fighter’s mobilization electronic operating systems while continuously conducting relevant high quality training. These mobilization technology systems must support our current complex and evolving operating environment. Additionally, it is imperative that we identify duplicate systems and work towards the migration and/or elimination of unnecessary redundancies.

- He directly enhanced battle space awareness by forming an interdisciplinary team in which he identified design criteria, user constraints such as operations and manpower requirements, and sustainment costs for the Electronic Harbor Security System and Enterprise Land Mobile Radio System for four waterfront bases. The design provisioned a netted reliable, robust, and protected intranet-of-things consisting of surface based smart sensors, cameras, thermal imagers, and video analytics equipment that transport essential data. This rapid delivery of information content impacted aggregate force protection and low-level surface intelligence collection which was used by area Commanders to maintain coherent maneuverability and coordinated actions to combat threats inherent in the Forward Deployed Naval Forces. Additionally, his team operated and maintained 50 information delivery systems providing

In the near term, GR will continue to monitor the DMZ and provide collection in Operation Resolute Support. As collection assets withdraw from Afghanistan, the Army will rely heavily on GR to maintain situational awareness of the threats surrounding coalition forces. In the next 10 years, GR will remain the premier multi-INT airborne platform for the Army. Northrupp will most likely continue to develop GR to close the gap between near-real time collection and analysis. GR provides data to the Operational Ground System (OGS) along with 8 other airborne ISR platforms. Because of the OGS capability, analyst now have access to the data faster than before. As the complexities of the operational environment rise, the demand for real-time intelligence will continue to increase. Platforms such as GR will continue to make it possible for intelligence professionals to provide commanders with an accurate picture of the

National Guard (ARNG) have been deployed, most come back to continue their obligation to service. This is when they are considered veterans, as military active duty status is the only way to be designated as a veteran and to receive full services from the federal government (NIDA, 2013).

The continued development of unmanned aerial systems (UAS) creates new capabilities and continually improves legacy platforms. A system in development over the years is the RQ-7 Shadow. This platform has a wide verity of uses and capabilities ranging from tactical to strategic mission sets. The United States developed this system to provide Brigade (BDE) commanders with improved capabilities and situational awareness within their area or responsibility (AOR) (TC 2-22.7, 2011). Through these advancements UAS are improving the capabilities within the geospatial intelligence (GEOINT) profession by helping to solve GEOINT intelligence problem sets.

With MSE not fulfilling the mission requirement anymore, a 2004 project was conceived and became known as WIN-T. The development and implementation of the WIN-T communication technology was in sharp contrast to the timeline that followed MSE’s conception. WIN-T’s equipment implementation started the same year it had been proposed; and final implementation of the initial increment’s equipment to all required units was in 2012, showing a substantially compressed timeline as compared to MSE. (U.S. Army, Nov

It can be used by a company to portray GIS to about products, available at different locations, discount on the product. This gives a static picture intended to get the customers coming in. For this purpose GPS data is of little use. In majority of cases though, GIS is used along with GPS data in

Each soldier can use a program within a mobile smart phone to track their position and all the other soldiers in their unit. This technology allows commanders to know exactly where all their soldiers are at all times to make better and faster decisions in real time. This type of technology is great until it doesn’t work or there is a malfunction. The new generation of soldiers joining the military have not had to become proficient using a map and compass to navigate. They rely heavily on GPS technology to navigate and rout plan. Technology is grate but I believe we need to keep the basic skills incase technology fails.

When it comes to health care systems such as GIS it offers greater opportunities for data to be shared in an effective way. Today many healthcare organizations are able to work by navigating and linking information from different resources in efforts to be more efficient in their providing of health care services. When it comes to healthcare leaders being efficient in their roles systems such as GIS are instrumental in knowing how to better serve their community. This system also helps to make health issues more management by creating a breakdown to help with prioritization of issues.

GIS is critical to the utilities industry in the US. It allows them to perform mundane tasks that they are required to perform with new levels of ROI (return on investment), safety, and man-hour efficiency. It also allows them to save the taxpayer a substantial sum of money yearly, and also the ability to remain profitable while billing for less. In this paper, I will first discuss some of the basic ways that the utilities industry in the US is using GIS to achieving all of these things, then into each part of the electrical utilities industry and then delve into some of the more technical items used by the industry and their function within the industry as a whole. Geography, as defined in the Cambridge dictionary is “ the study of features and systems of the earth’s surface, including continents, mountains, seas, weather, and plant life, and of the ways in which countries and people organize life within an area.”(3) Therefore, I think it is important to define the history of electricity to give perspective, and its physical properties on a smaller scale to help understand larger concepts from a power engineering perspective. Unfortunately, there is a lot of relevant information to cover before GIS is brought into fruition.

Technology has no longer restrict in weaponry, it has enhanced in to strategy communication where battle is now more complex and versatile. With the “system by systems” it allows air, land and sea forces to integrate as one fighting forces. Different service can share information on battlefield and support one another.

As most technologies are started from some sort of military operations, the Global Positioning System (GPS) was used for tracking troop locations and evolved to precision-guided bomb and missile attacks. Today, the use of GPS has converted into everyday use by the average person.