This is the U.S. Technology 'Hunting' Osama bin Laden

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Most-wanted fugitives United States (USA), Osama bin Laden, known for clever hide. Here's technology that never used the U.S. to pursue this fugitive.
The U.S. has to chase Osama bin Laden since the World Trade Center ago (9 / 11) and the many ways that was fruitless. Here are ways that once made the United States to pursue bin Laden.


Tracking model biological
Geographers University of California-Los Angeles (UCLA), Thomas Gillespie and John Agnew makes the terrorist leader of the search model using the same technique to track the animals and migratory patterns.
Murtaza Haider of Ted Ryerson Unversity School of Management said, "geography professor at UCLA using spatial analysis to determine the hiding place of bin Laden."
A number of biological models can be very useful in finding bin Laden.
First called the theory of distance decay (DD). This theory describes the effect of cultural distance or spatial interaction. The possibility of finding other animals decreased exponentially when going further from their homes.
Both called island biogeography (IB), this theory refers to the area of ​​habitat surrounded by areas that can not be habitable.
Through the second way, information about a particular animal will be narrowed in the animal can be found. Through DD, bin Laden is known will not go far from the last place he was known. Through the IB, bin Laden is known to most likely be found in big cities.
Rock Phone
Osama bin Laden is allegedly hiding in a cave in the mountains of Afghanistan or Pakistan. U.S. Army plans to buy an innovative communication system called Rock Phone.
This device can penetrate caves, tunnels, mines and large building structures that can not be penetrated by radio frequency. This allows soldiers to talk to each other from under the ground when it approached the most wanted leaders.
Providers of these devices, Ultra Electron, also supplying U.S. troops with a special explosive device that is named MI-RAMS. This device is capable of transmitting signals over a stone or earth to detonate bombs remotely. To that end, the U.S. spent U.S. $ 5.7 million (USD 48.8 billion).