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There are three key success factors that make a collaborative platform or tool an attractive proposition to potential users: It must solve a clear problem, target a specific audience, and provide a real value exchange Lacking any of these three is usually the difference between experimentation with cool technology, and collaboration that truly adds value 2 Do What s Right Mass collaboration isn t a panacea, but it does give leaders an opportunity to bring data and people together in new ways Today s most effective leaders are focused not on how they can solve a problem, but on who to pull into the problemsolving process Leaders like Molly O Neil at the Environment Protection Agency and Kip Hawley at the Transportation Security Agency effectively deployed collaboration in their agencies by realizing that bringing a wider array of stakeholders into the process wasn t just a neat idea; it was also the right thing to do The technology simply enabled tapping everyone from employees to stakeholder groups to the citizenry to change the game and get results 3 Embrace the Opportunity Increasingly, it seems like the only thing easier than finding a reason to deploy collaborative technology is finding a reason not to In an era that demands massive change we consistently call on our inner lawyer to slow innovation and empower the status quo The very attributes that make collaboration a powerful catalyst for change low cost and complexity, widespread availability of data also make it easy for normal citizens to bring about extraordinary change This is a paradox of collaboration: Any technology that allows government to go around its normal bureaucratic constraints also has the potential to let citizens go around government itself Inaction by government, in the face of a desire for change, contributes to public disenchantment with the formal mechanisms of public governance Government must understand that mass collaboration represents not just an exciting opportunity to engage citizens, but also a responsibility to draw the public into the process and ensure that public deliberation is fueled by accurate data and realistic expectations about what government can and cannot achieveq.

Fundamental to any science or engineering discipline is a common vocabulary for expressing its concepts, and a language for relating them together. The goal of patterns within the software community is to create a body of literature to help software developers resolve recurring problems encountered throughout all of software development. Patterns help create a shared language for communicating insight and experience about these problems and their solutions. Formally codifying these solutions and their relationships lets us successfully capture the body of knowledge which defines our understanding of good architectures that meet the needs of their users. Forming a common pattern language for conveying the structures and mechanisms of our architectures allows us to intelligibly reason about them. The primary focus is not so much on technology as it is

While the exact phrase carrier wave may not be referenced on the CWTS exam, it is an important concept in wireless communications Wireless engineers and technicians must deal with many different wireless technologies In the 80211 standard (as amended) alone, you are dealing with four or more different modulation methods, and this does not include the newest 80211n modulation techniques provided by the High Throughput PHY Therefore, a brief summary of carrier waves and why they are important is in order Tom Standage s exceptional book The Victorian Internet (Walker & Company, 2007) documents the many signaling techniques we as humans have used throughout the recent centuries For example, the book documents how Claude Chappe and his brother communicated over great distances with time-bound audio signals The signal was unary in nature in that there was only one signal: the clanging of a pot However, the brothers had synchronized their clocks so that a clang was linked to a second on the clock and each number was linked to a letter; thus a message could be sent If the transmitting brother clanged the pot when the second hand was pointing to 12, the listening (receiving) brother knew to translate the number 12 into the appropriate message As you can imagine, this system would not allow for rapid communications, but it did allow for communications over a short distance Eventually, the brothers realized that sound waves were not good carriers of signals (since they attenuate so quickly and they take so long to arrive at the destination), so they developed a new system based on visual cues Using a simple black-and-white two-sided panel (black on one side and white on the other) and a telescope, the brothers successfully communicated over a distance of approximately ten miles What did both of these communications devices have in common They both used waves to carry a signal The first used sound waves, and the second used light waves Since light waves travel much faster than sound waves, the latter device worked much better and over greater distances However, a dilemma remained Both of these early devices required a human interpreter on the other end at all times The instrument of the human ear and the instrument of the human eye were used to interpret the data that was carried on the sound and light waves, respectively In order to send information without a human interpreter, scientists and engineers had to develop concepts and tools related to electricity Today s carrier waves are almost always electromagnetic waves Mechanical devices can be formed that transmit the waves and also receive the waves This means that data can be sent and received by modulating the data onto the waves For example, the frequency can be modified to represent a binary 1 or a binary 0 The wave is generated, but it is manipulated in such a way that it carries binary data, and this makes it a carrier wave.