Technology road maps are popular for managing the future of technology and innovation. Technology roadmaps have been developed in different levels of specificity and for different audiences. Now a days, technology roadmaps are hard-pressed to capture that inventory of possibilities. They are often PowerPoint that are difficult to manipulate and maintain. The difficulty of maintaining technology roadmaps is the major obstacle to their effective use.
The functions of technology roadmaps are representation, communication, planning, and coordination and, to a degree, for technology forecasting and selection. Technology roadmaps provide a time-directed representation of relationship between the perks of technologies and products.
Technology roadmaps provide a map of the unfolding evolution of technologies and the products that implement them. Trade-in technology roadmap elements would take innovation to new heights. The final auction price of a technology roadmap containing virtual innovation would also provide an immediate measure of the value of the innovation and its possible market. Trade in
technology roadmaps would also encourage patent and clearing houses to provide new technology elements to their subscribers. This would further increase the value of the exchange. Once technology roadmaps are persisted through object technology, the objects themselves could bemade to recognize patterns to which they belong.
A technology roadmap is an agent model represent the interactions of the nature of its elements. Product agents could consume technology agents and compete with similar product agents for a market. The value of growing technology roadmaps lies in studying the emerging properties of this self-organization.
Technology roadmaps, once provisioned with a suitable implementation infrastructure, could become innovation games. Technology consumers could play the technology selection game. Technology roadmaps are gaining momentum because they connect technologies, products, and markets at the right level of abstraction.
Reference:
The functions of technology roadmaps are representation, communication, planning, and coordination and, to a degree, for technology forecasting and selection. Technology roadmaps provide a time-directed representation of relationship between the perks of technologies and products.
Technology roadmaps provide a map of the unfolding evolution of technologies and the products that implement them. Trade-in technology roadmap elements would take innovation to new heights. The final auction price of a technology roadmap containing virtual innovation would also provide an immediate measure of the value of the innovation and its possible market. Trade in
technology roadmaps would also encourage patent and clearing houses to provide new technology elements to their subscribers. This would further increase the value of the exchange. Once technology roadmaps are persisted through object technology, the objects themselves could bemade to recognize patterns to which they belong.
A technology roadmap is an agent model represent the interactions of the nature of its elements. Product agents could consume technology agents and compete with similar product agents for a market. The value of growing technology roadmaps lies in studying the emerging properties of this self-organization.
Technology roadmaps, once provisioned with a suitable implementation infrastructure, could become innovation games. Technology consumers could play the technology selection game. Technology roadmaps are gaining momentum because they connect technologies, products, and markets at the right level of abstraction.
Reference:
Technology roadmaps: Infrastructure for innovation Martin Rinne Engineering and Technology Management Department, Portland State University, P.O. Box 751, Portland, OR 97207-0751 USA
Technological Forecasting & Social Change 71 (2004) 67 – 80
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