Difference between revisions of "Technological Driving Forces"
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*[[Artificial Neural Networks]]
*[[Artificial Neural Networks]]
*[[Advance in alternative farming methodologies - Neil Hazra]]
*[[Biometrics]]
*[[Biometrics]]
Revision as of 07:45, 8 December 2021
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(Idle) Computer Processing Power
Artificial Neural Networks
Advance in alternative farming methodologies - Neil Hazra
Biometrics
Solid State Energy Storage
Coal Seam Gas
Containerization
Continuously Evolving Wireless Technologies
Convergence of Telecommunication, Media & entertainment and Information technology
Cost of Computer Resources
Data-intensive Computing
Decline of (R&D) cooperation between public and private
Decrease in investments in R&D
Decrease of Highly Educated Technology Workforce
Development of 3G techonology
Development of informatiion search technologies
Drilling Technology
Disruptive Technology: Wireless Local Loop
Embedded Systems
Emergence of e-Science
Experiences with current technical solutions
Fusion Power (Sebastian)
Gaming Industry
GPS Evolution
Test
Homographic Modeling
Increasing Efficiency in Energy Use
Increasing Human-Computer Interaction
Increasing impact of advance technologies on mobility
Increasing potential to grow based on new available technology
Increasing Use of e-Commerce
Increasing use of digital media on internet
Increasing use of mobile phones as universal interface/controller
Increasing user-generated content
IPv6
Low cost of Internet Connections
Lower cost of manufacturing laptop
Metcalfe's law applied to social networks
Mobility
Nanotechnology
Need for common programming platform
Network Bandwidth
Network Latencies
Open decentralized electricity networks
Parallel Computing
Peer-to-Peer Technology
Power Line Communication
Preventing game piracy: Digital Rights Management
Programming Languages
Programming standards
Reduction of organizational and technological complexity
THE DEVELOPMENT OF NEW GENERATION POWER ELECTRONICS CIRCUIT
The Future of TV
The Growing of GNU Project and The Open Source Community
The Improvements in Security of WiFi Transmissions
The Increasing Use of Internet
The Increasing use of modchips and emulators
The New Way of Utilizing P2P Network
THE POTENTIAL OF NANOTECHNOLOGY
THE POWERFUL SOLAR-POWER TECHNOLOGY
The Rapid Increase in WiFi Transmission Rates
The rise of home entertainment systems
The TV Set becomes the Computer
The war on Spy- and Ad ware
Uses for the net
Very large-scale simulation
Virtual Communities
Voice over Wi-Fi (Vo-Wi-Fi) will be released
Voice-recognition system
Whereabout the fourth generation mobile technology
Widespread use of voice over IP (and specifically the introduction of Skype)
WiBro
WiMAX
The increase of digital developing functions in a mobile phone
The development 0f a Robot helping household affairs
Prospect of Flexible Display
Development of System on Display
Increasing Competitiveness through innovation in biotechnology
Improvement in transportation through inventions
Technical Innovation in the supply chain
Innovation in health care
The hydrogen technology in the storage system - Minh Nguyen Duc
Decreased cost of monitoring natural resources - Brendan Moroso
Increased investment in digitization and distribution of grids - Richa Kushwaha
The advance of solar PV panel efficiencies Maximization - Wei Chou Wang
The rise in automation effecting the manufacturing labor force
Optimized Supply Chain processes -Tobi Abimbola
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