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The CEO of Facebook, Mark Zuckerberg is responding to claims about the production of a Facebook oriented Operating System, and possibly a Facebook phone. Zuckerberg dismisses these claims and responds that his goal is 'breadth not depth', meaning that he is focused on spreading Facebook to a variety of platforms rather than going in depth on one.

This guy, the CEO of Facebook, Mark Zuckerberg is one brilliant man. One thing that confuses me is the this thing about the HTML5 and about Windows 7 for phones that will affected when released for mobile Facebook. But still, this dude I think is definitely going to competing with Bill Gates when it comes to who will the richest.

This article is primarily concerned with the announcement of two companies, Tieto and Siemens, joining in an outsourcing contract. According to the article this is done in order to increase the business benefits. In the perspective of business, the move is more profitable, and allows both companies to expand globally in term of the audience. The two companies are well known, especially for certain groups of people, so by joining some aspects of their business, they will be able to join their individual audiences. By the companies working together and using employers from both businesses then they will be able to generate a larger acceptance and recognition. Globalization makes this possible, and optimizes the profit and efficiency of both companies. However, it can lead to problems involving the jobs of the people who work at either of the two companies. Tieto, specifically, is using forty of the workers from Nokia Siemens. This means that jobs will be lost from the people who work at the original company. Instead of giving the jobs to people at the headquarters, the jobs will go to the people off site. This will benefit the companies, as it is the most beneficial business scenario, but will take a toll on the lives of the unemployed. However, the amount of jobs that are being added in one company and taken away in the other company is very small in comparison to a much larger company that needs to expand greatly. The use of VOIP and the internet itself allows the smooth interaction between the two companies and with the growth of IT, more and more methods will be introduced for the companies to interact without leaving their respective office. Because Nokia and Tieto have been partners for several years, they have been utlizing these methods of communication that are different from having everything on site and going to meetings in person. Yet, they have decided that the partnership, using outsourcing, is the best possible way for both companies to grow. Thus, outs

India who has been receiving many jobs from other countries due to outsourcing tries to convince these countries that its advantages outweigh the advantages. Countries like the U.S. and the U.K. say that outsourcing harms their economies and is not up to quality standards. However India tries to defend this system, saying that the British economy has still been able to flourish even after outsourcing but admits that they need to keep training their workers to speak with foreign accents for better customer understanding.

After the January earthquake in Haiti, many people were left under extremely bad health conditions, with little or no health care being at their service. Haiti is a poor country, and with a natural disaster like that occurring, medical treatment for those that required it to the minimal extent was rare, let alone for the people that needed to be operated upon (such as surgical patients). The solution that some United States officials found after attempting to help Haiti with this issue was telehealth, better known as telemedicine; telemedicine was initially used for space astronauts back in the 1960s. In the situation with Haiti however (better known as "real-time"), it essentially involves a video-conference between a patient and a health professional and/or doctor in a different location (often times in hospitals or offices). Also during certain operations however, a doctor at the scene will be conferencing with a specialist at a different geographical location through the uses and benefits of telemedicine. The main IT system involved in this situation with telemedicine is satellite connections. A satellite communication system requires a satellite to function. Thus, a satellite is in high orbit over the Earth (stationary or geosynchronous, which means that the speed of the satellite is complementary to the speed of the rotaion of the Earth, thus it will always remain above the same spot). A satellite dish on Earth is then directed at the satellite, and all the signals (voice & data information, television signals, etc.) are transmitted on an uplink. The satellite itself (while still in orbit outer space) has a receiving antenna mechanism which is able to capture the incoming signals towards it and is able to diverge them through an amplifying network.

continued.... After this process, it then re-transmits the signals to the designated receivers (these signals are waves that go upon a certain frequency). Depending on what the frequencies are, when it comes to telemedicine, the frequencies are repudicated for an instance, and the digital data is then linked to set receivers. These data packets are routed through satellite, which makes the end (whether it is a phone call or the merging of voice and data transmission such as video-conferencing) come along. The satellite may be compared to a ground-based signal, in which the signal points upward and it is later reflected down back at the user/client. Therefore, with sufficient bandwidth, Haiti is running on high-speed Internet access. As a result of this IT system involved (as well as the use of telemedicine), social and ethical issues emerge. The use of such IT devices and systems such as satellite linkage and telemedicine through video-conferencing was not present in Haiti even before the earthquake. However, with the aid of other countries, more advanced form of health care came into view. This is a breakthrough from the digital divide, where Haiti was not able to provide proper medical care for its citizens. Another issue that comes into play (vexing from the digital divide) is globalization. Doctors on the seen are able to provide their patients with the best care by either consulting a specialist from a remote area far away, or the patients who require health care have video-conferences with doctors in order to discuss health related issues. This breaks down the barrier in which Haitians were facing with little or no medical support.

This article is about the idea of putting all existing medical records into electronic form. This would cut the costs needed for storage of such information, this would also increase how fast a medical official can access the records of a sick patient. However, as listed in Strand 1, there are many positive and negative social/ethical issues. One such issue is security. By making the records digitized and put into the hospital database, people without the proper authorization would not be able to gain access to the data. This can also coincide with authenticity. The information that relates to the patient should be accessible by the patient. The patient would need to be able to get through the encryption of the data. Another social/ethical issue would be the equality of access, this would allow only certain people the ability to look at the data. Even with these positive social/ethical issues there are some negative issue. One negative issue would be integrity. There are people who can hack the encryption of this data and tamper with it. This would cause the data to be different in other places and a breach in security. This would be a great help to organizing data. Using a paper file system, the doctor would have to go through a lot of papers and cabinets to find the patient's medical history. By using a paper file cabinet documents are more likely to go missing or get mixed up with another patient's records. However, by using a database this data is much more organized. There is a smaller chance of losing the patient's data, by using back-ups the data could be easily restored. There is also a much smaller change or mixing up multiple patient's data. If the wrong data was use for the wrong person, the person may not have the correct medical treatment they need. With databases the information is much more organized. The patient's data can be found very fast, compared to a paper file system (this could take more than an hour depending on the amount of patients).

Continued...The hardware involved with creating databases in the health industry would be a DBMS Engine. This is also known as a Database Managing System. This takes the logical request from DBMS subsystems and converts them to physical equivalents. This also requires interactive processing. This replaces batch processing. This allows users to interact with data through terminals and view values online in real time. By having real time the doctors can give the patients what they need at the moment the patient needs it. The stakeholders in this specific case would be the hospitals adapting the database managing system and the patients whose information is stored in this database. If the database is tampered and there are not back-ups the patient would not have his/her medical history. This could cause the patient to be on a delay for an operation that is extremely important to their life. This could also place a lawsuit on the hospital.

In looking at this article and the other articles that I have post The main It IT system is a database to store the medical records of the patients of doctors. In theory this would be great for everyone. There will be less paper waste, and it would be easier to pull up patient information at the doctor's office. Its true potential can be achieved if each doctor's database can be connected to created to create a network so any doctor can access the patients information nationally or internationally. The primary issue however, is that the doctors have no standard. Some doctors are not willing to make a transfer because there are to many implications to actually becoming all digital. So that is the issue, since there are no standard the doctors are not willing to adapt. Now this issue can affect a number of stakeholder's. The doctors can see the benefits and draw backs of this standard issue. The doctor's who adopt EHR, actually save a lot of money in the long run, and are on better terms with insurance companies, in the cases where doctors don't use EHR and if a standard is developed they will suffer for it. They will not be able to process patient information quickly, and be on bad terms with insurance companies, and the U.S government(since the government wants to only have EHR or EMR). If a standard is not developed its the patient that will suffer the most. In this world that that we live in International travel is a common place, many people can get injured abroad a EMR can give life saving information to the doctors from the foreign country. This article displays the particular benefits of EMR, the article above me is the reasons doctors do not want to adopt to EMR, and the article before mine displays the governments interest to change all the paper records to EMR.

The USAID and FCC are currently working together trying to find the best ways to take advantage of telemedecine during natural disasters. Yet, it's not really the idea of promoting it's usage for many nations have already began using it to recover and aid those whom were highly wounded, or even those who weren't harmed to make sure they continue being healthy through telemedicine. The point of the unity between these two organizations is to improve it's usage so that connectivity is best no matter the type of natural disaster. It has been noticed that connectivity was a problem, causing an issue of reliability since doctors can no longer contact their patients due to loss in service. The telemedicine depends on the wireless networks available. Because a natural disaster has occur, many of these networks are no longer available since satellite dishes are destroyed and no longer work. Plus, many of the computers can become damaged internally and cause inaccaurate data within a telemedicine database. More than a millions dollars was given to the National Library of Medicine (NLM) so that improvements could be made immediately, in order to prevent the upcoming disasters. This will be tested during actual disasters, and later be improved after studying it's effects on network connections. But currently, computer scientists are creating the telemedicine to be provided on mobile devices such as a cell phone which can easily use RFID to track were a person is, or barcode scans to scan patient's papers to be sent into the medical field. This form of mobile telemedicine will impact greatly towards natural disasters for the reason that is mobile, unlike computer desktops.

The article starts with a general overview of telemedicine and its roots in NASA. Then, the article switches the focus to the implementation of telemedicine in Haiti. The establishment of networks in Haiti immediately benefited the effort to recover. Communication came immediately, but telemedicine found its way into Haiti and held a crucial role in recovery. Video sessions became common, allowing simpler analysis of data and training of doctors.