Accessing email from a mobile device is problematic even with a “crackberry” or other smartphone. There are versions of email there are attachments there are emails that miss bits and pieces. The more employees you have in an organization the greater the email problem. I routinely archive the email, make copies of the archive, and then I spend hours rooting through these archives trying to find an attachment. You will have to click on the dots in the graphic above to read the labels on these spheres. Inside the “gray boundary”, then, are the digital ions and electrons that have made search into a pivotal function. In an organization, the unlucky search system administrator gets fired. Ignore the problem long enough, and the situation goes critical. Our colleagues emit “I can’t locate the document” or “This search system sucks”.Īs pressure rises in an organization, the demand for a system to go beyond search increases. In an organization, instead of sparks, we have grousing employees. In the case of our friendly tokamak, we get physical phenomena. The notion of tokamaks and plasma is that when forces that are used to push certain things–ions, electrons, and employees–together, energy is released. This must be a record for a Web log that contains Greek, Latin, and references to William Cullen Bryant.) (I’m getting almost a 1,000 blog spams every 24 hours. You are, of course, welcome to push back, grouse, or post Nigerian email scam letters. In the “green sphere” segment I will offer some observations. In order to break up this argument into manageable chunks, I will discuss the “blue spheres” in this Web log installment and then tackle the “red spheres” and the “green spheres”. Let’s take a brief look at these 12 digital ions and electrons. If you want reliable key word search, use Lucene, Flax, or one of the other open source systems. In effect, key word search is a commodity, and it is of little interest to me. Please, keep in mind that key word search and retrieval is one component of other enabling technologies. In this essay, I am looking at the specific technologies and functions that define behind-the-firewall search at this time. The three new sets of spheres in blue, red, and green are what’s inside the “gray bar” in this diagram. If you read my earlier post about the “gray bar”, you know that the “yellow spheres” and the “purple spheres” exert pressure on an organization’s information environment. If you want to recycle the diagram, please coordinate with me. Instead of ions and electrons, I am bombarded by the information particles shown in the diagram below: So what does nuclear physics have to do with behind-the-firewall search? Actually, quite a log if you have a poetic side to your curious self. Here’s one example on a slightly larger scale than your local university’s physics lab.ħ7E722FA-4A00-476D-9D4A-3F86C9BDA2B3/0/chp_sun_plasma.jpg Zap this puppy, you get interesting phenomena. (A plasma is, for those who cut physics class to enjoy a spring day, an ionized gas containing an approximately equal number of positive ions and electrons. We are always developing new detection technologies perfecting our observer network and retro-fitting our vessels to ensure we can again experience the world’s greatest marine event.I’ve also enjoyed the tokamak, a machine that produces a toroidal magnetic field for confining a plasma. Today our team continues to annually track the Sardine Run. We were instrumental in epic productions such as the Emmy Award winning BBC film “ The greatest shoal on Earth”. In the late 90′s, Blue Wilderness pioneered diving expeditions to follow and film the Sardine Run. Its huge mouth can decimate an entire bait ball in a single lunge. The final player, is the behemoth Bryde’s whale. Below the birds, the bait balls are easy pickings not only for dolphins, but also for shivers of bronze-whaler, dusky and blacktip sharks. Watched by the omnipresent Cape gannets, an aerial assault on the sardines occurs when tens of thousands of gannets begin their spectacular plunge diving displays. Thousands of common dolphins charge after the shoals, separating them into densely packed bait balls and driving them to the surface. When predators meet prey, a feeding event of unmatched proportions begins. Following the shoals is an unparalleled concentration of marine predators including seabirds sharks game fish and marine mammals. Annually, from May to July, vast shoals of sardines migrate from their temperate-water home off South Africa’s southern coast and travel north-east into the sub-tropical coastal waters of the Wild Coast. The Sardine Run in South Africa is recognized as one of the world’s most spectacular marine events.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |