Recent developments in personalized genomics and ubiquitous computing have created new opportunities in the current healthcare system. Especially with an increasing number of elders and patients in constant needs, a new breed of wellness models is necessary. We believe that the full potential of biomedical and computational advances can be achieved through an integrative approach, combining diverse solutions from genome-wide association studies, continuous health monitoring, large-scale statistical analysis, embodied interface, and intuitive virtual reality. Lifeomics is a proof of concept to lay a concrete foundation for an immediate development of health monitoring hardware and graphic user interface. In this report, we present how different concepts are augmented together to create a cohesive platform.
Technological progress is prevalent in society. Every year, newer models of cell phones, televisions, and computers are released. The reasoning behind the release of new machinery is that it is more efficient than the previous model and thus can greatly facilitate the activities it was designed for.
Guest: Jameson Wetmore What do the Amish have to teach us about the human-technology relationship? Have you ever felt the temptation to text message in class or wondered how much power you have over your technology – or vice versa? Join host Ellen DuPont for part one of a two part series with ASU professor [...]
With the recent arrivals of the first shipments of the H1N1 swine flu vaccine, confusion and debate continue to mount, as shown in various polls conducted reflecting many people’s reluctance to receive the new vaccination. According to a survey conducted by the Harvard School of Public Health on October 2, four out of ten adults are certain they will get the swine flu shot once it becomes available and a little over half of all parents intend to have their children vaccinated.
Social networking websites offer a large degree of “control” by which individuals shape their digital image: users can select a precise moment in time to act as their symbolic representation; what personal information to offer; who can view this information; and even restrict information to specific users. Larger social forces, however, inform all of these decisions. Perhaps it is best to step back and ask the following question: how does an individual determine the correct course of action for any of these options?
Samuel Huntington argues that the wars of the future will occur along cultural fault lines; literally, we will have a “clash of civilizations” instead of wars of ideology or politics. Such civilizations include “Western, Confucian, Japanese, Islamic, Hindu, Slavic-Orthodox, Latin American and possibly African” (Huntington 1993). Call him crazy, but he may have a point. The world is getting smaller, and people are noticing that they are inherently different from their neighbors culturally, and tend to identify more with their civilizational kinsmen. Broad fundamentalist religious movements are on the rise, replacing political ideology with an alternatively powerful binding force. What does this mean for Western security?
You just turned 21 and your friends take you on an all-expense paid vacation to Vegas. They release you to the card sharks with a blank check to gamble away whatever your heart may desire. You’re feeling lucky. So how much do you put on the table? A hundred? A thousand, maybe? How about billions?
In Cyberspace and the Law of the Horse, Chicago-area appeals judge, Frank Easterbrook mocks the idea that there can be such a thing as “Property in Cyberspace” or cyber-law in general, which he compares to the law of the horse.As Easterbrook explains, there is all kinds of law involving horses: racing commissions regulations, contracts over stud fees and veterinary malpractice, yet nobody claims to be a “horse lawyer,” Similarly, as Professor Lawrence Lessig explains, Easterbrook’s view is that the law of cyberspace is nothing more than “torts in cyberspace, contracts in cyberspace, property in cyberspace, etc.” There is no “cyberlaw” any more than there is horse law. Lessig disagrees, explaining “there is an important general point that comes from thinking in particular about how law and cyberspace connect;” specifically, “the limits on law as a regulator” and the “techniques for escaping those limits.”Lessig claims cyberlaw is valuable because all law can draw from its lessons. In this article I will, using the “commodification of music” as a case study, argue Lessig is correct. And whether we can learn from these lessons is one of the central legal, cultural and policy questions facing the Internet, and society, today.
A darkened room. Row upon row of computer stacks. When most people think of supercomputers, this is likely the image that is conjured up – but a new type of technology called “Grid Computing” is giving us a new vision. In fact, many talk about “Grid Computing” as if it will be the next biggest thing since the World Wide Web (Quocirca, 2005). I disagree.