T4.4 - Cost-Sales-Profit

T2.7 Sales Report

T2.4 - Purchases for M-Commerce Expansion

Monday, August 6, 2012

T4.7 - Robotics Today and Tomorrow


I will discuss robotics in terms of how it is used in everyday life with smartphones, its new placement in the military, and how it is being used as an aid to provide therapy for autistic children.
Robotics is an expert system that consists of computer devices which perform many tasks in business, or for entertainment. As the textbook describes, robots are normally put in place to do work in for businesses, which include, "paint cars, make precision welds, and perform other tasks that require a high degree of precision or are tedious or hazardous for human beings" [1]. Robots are often put into place to do the kind of work that humans would not ideally want to or be able to perform, these are usually dirtier or duller jobs [1]. Robots have made many advancements since their beginnings in the past century, and their continual development and expansion will make them more versatile, and they will be used more widely in many fields other than just as an enhancement to machinery.

Robots have often been used in the military to carry out tasks that take away potential threat to soldiers, like carrying heavy equipment for during unpredictable weather conditions [1]. Robots are now also being designed to clear explosives and for combat. The system designed was created to allow the robot to detect any possible threats or motions with a "persistent stare," and because robots do not "panic under fire," there are no hasty or premature shots being fired [2]. The difficulty that users of a robot used for combat will face, however, is the distinction between a civilian and an enemy -- this is a difficult task for a human to assess on the ground, but it becomes augmented when the user is looking at a video of what the robot is seeing [2]. There are many mixed reviews on whether or not robots should be used for combat, it could create an even more deadly scenario [2].

The smartphone market has also been an increasingly big supporter of robotics recently. Quantum, a company that works in robotics, has spoken about possible joint ventures with Apple in developing "smartphone robotic applications," and with built-in cameras and microphones, smartphones are good potential devices to work with robotics [3]. Quantum is also responsible for introducing a new iPad controlled, plush robot named "Pochilla" which is being used to provide therapy for children with Autism [4]. Therapists control the way Pochilla interacts with children, and then children learn how to use Pochilla to identify feelings and express their emotions [4]. Autistic children especially are more likely to interact with an object than with another human, and with the introduction of the robot, these children have shown less frustration and more comprehension [4].
In conclusion, robotics are leading a new wave of technologies which have the power to vastly improve everyday life through smartphones, provide therapy, and aid soldiers in military settings. When used the right way, robotics have the power to change our environments for the better.
Sources

[1] Stair, Ralph M., and George Walter Reynolds. Fundamentals of Information Systems. Boston: Thomson/Course Technology, 2003. Print.
[4] http://roboticstomorrow.com/news/2012/08/03/quan-new-ipad-controlled-robots-may-help-kids-with-autism/20708

Thursday, August 2, 2012

T4.3 - DSS in the Healthcare field


I will explore decision support systems and how they affect the healthcare field. Decision support systems (DSS) can be the backbone to a business--a DSS can provide much needed information and analysis through "people, procedures, software, databases, and devices" that can lead experts in fields of business, health, non-profits, and government to decisions much more quickly and efficiently [1]. By studying processes through various databases and software, companies big and small are able to save massive amounts of money, energy, time, and material through a few phases, including design and implementation [1].

Many in the healthcare field use what is known as a clinical DSS. A clinical DSS consists of medical records and other facts that can be crucial to making the right decision for patients, giving them the medications that work best, and curing them of ailments as quickly as possible [2]. In addition to being used to help doctors make decisions, a DSS also proves to be educational, and it has been reported that through using a DSS, the amount of unnecessary medical imaging has decreased. When a hospital is using a DSS, the hospital might not require a patient to go through all of the same tests that he or she would normally go through. This increases "patient safety and quality," and decreases "health care costs" [2]. One clinical DSS in particular, the GQ-Dx genomic decision support system made by GenomeQuest, was even approved by the Health Insurance Portability and Accountability Act (HIPAA) as meeting privacy and security standards, which means that a DSS not only custs down costs for those in the health care field, but increases privacy for patients, while still providing professionals with useful information [3].

A survey recently given out to various healthcare companies and hospitals found that over "84% of the surveyed organizations without a clinical decision support system said that they plan to deploy at least one new or additional clinical analytics tool within the next year" and that of those, most of those taking the survey were also looking into hiring an IT worker to assist with the DSS [4]. Between cost saving, medication error and improvement of overall population health, a DSS seems necessary in all areas of the healthcare field [4]. The systems do not allow for the same errors that humans can often make. While they should not be relied on alone, they do provide great "support" businesses and healthcare companies alike.

In conclusion, clinical decision support systems have been a great improvement in the healthcare field -- they simplify and often break down problems, and act as an aid in making important decisions, preventing future problems, decreasing costs, and serving as educational tools.

Sources
[1] Stair, Ralph M., and George Walter Reynolds. Fundamentals of Information Systems. Boston: Thomson/Course Technology, 2003. Print.
[2] http://esciencenews.com/articles/2011/01/04/clinical.decision.support.systems.help.control.inappropriate.medical.imaging.study.suggests
[3] http://www.news-medical.net/news/20120730/GenomeQuests-genomic-decision-support-system-achieves-HIPAA-compliance.aspx
[4] http://www.ihealthbeat.org/articles/2012/8/2/survey-finds-it-leaders-are-prioritizing-clinical-decision-support-tools.aspx