SEVEN TECHONOLOGIES REMAKING THE WORLD

SEVEN TECHONOLOGIES REMAKING THE WORLD

1. Today we are the starting line of universal technologial revolution, commerce,health care, learning and enviroment

   • seven classes of technolgy that are driving today ´S universal revolution: pervasive computing, wireles mesh networks, biotechnology,3D, printing , machine learning , nanotechnology and robotics.

2. these technogy classes exhibits three ditintive

   • intelligent
     • natural interface
       • ubiquity

3. PERVASIVE COMPUTING: EMBEDDED, PROACTIVE, NETWORKED DIGITAL PROCESSORS

   • Ubiquitions computing delivers information,media, context and processing power to us, wherever we are.
     • embedded in everyday objetcs.
   • pervasive computing is the tecnology driving the internet of things
   • It enables the ongoing construction and desconstruction of products.
     • produces new forms of commerce by generating information companies can uses to create value across a variety of products, servicios, and assets.
   • In these ways and more, pervasive computing gives rise to new opprtunities businesses, and value. geration models.
   • In the realm of health care.
     • can be embedded in wearable
       • is transforming the realm of learning from the isolated and disjointed islands of the classroom and the library
         • in the environmental realm,pervasive computing is giving voince to the natural world

4. WIRELESS MESH NETWORKS : HIGH- BANDWIDTH , DYMANIC , WIRELESS, SMART CONNECTIVITY

   • Wireless mesh networks are ad hoc loops of wireless connectives in with only one derive requires an internet connection.
     • now, devices can form theri own networds off the gils . this, wmns open a new frointer of high bandwith and more efficient collabortion in processes that involve any sort of coordination betwen marchies, people, enterprises , and products.
       • this type of connetion enables clinicians to monitor patients remotely and give them timely health information, remiders, and support.
         • along with disater reher, mesh tecnology in combination with pervadive computing is positiverly affectin water,air, and land quality through remote sensing, reporting and intervencion.

5. BIOTECHOLOGY: TECNOLOGICALLY CREATION AND ENHANCED LIFE - FORMS AND SYTEMS

   • In essence, biotecnology is the use of living sytemas and organisms to develop or makers products. humans been bioengineers for thousands of years.
     • the products, processes, and value propositions of companies across industies will be affected by the mash up of tecnology chemistry, and life sciences , and life that is biotechnogy
       • in commerce biotechnology is the basis for a new form authention bio-identification also known as biometrics.
         • biomarkers will spawn industries of new products and services.
           • Advances in stem cell research and tecnology promise radical new strategies in helth care intervention.
             • one of the interrestinog aspects of biotechology is it impact on learning

6. 3D PRINTING: DIGITALLY DESING, CHEMICALLY MANUFACTURED OBJETS

   • 3D Printing is a revolution built on chemistry that is being amplified by continually evolving capabilities in digital and marchine tecnologies. also referred to as additive manufacturing.
     • 3D Printing upends the assumptions on with manufacturing is based.
       • custiomers will become intimately involved in product desing and finished goods manufacturing . value will shiff
         • in the realm of health care, 3D printing is being used to create custom casts, custom replacements for bone,and other structural prosthetics.

7. MACHINE LEARNING: AUGMENTED , AUTOMATED DATA ANALYSIS

   • The next class of tecnology is manine leaming. Machine learming covers a broand context of tecnologies and capabilities
     • today, there are three principle tecnologies
       • cloud computing , big data, and artificial intelligence
   • data and the ability to access, organie
     • in the future , many forms of emerging tecnology will feature augmented intelligence
   • Big data and augmented intelligence support the move toward evidence - based mediacine
     • machine learning technologies allow educators to mold content and outcomes to meet diverse needs in teaching pedagogy

8. NANOTECHNOLOGY: ENGINEERED ATOMS, SUPER- MATERIALS