OPEN WIRELESS ARCHITECTURE FOR FOURTH GENERATION MOBILE COMMUNICATIONS
First Claim
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1. An open wireless architecture (OWA) for fourth generation mobile communications said system comprising:
- a) A wireless communication terminal device supporting various different wireless standards (air interfaces) in the same device with same unique identifier and capable of communicating with other devices, systems or networks through a wireless medium or over-the-air network, b) An advanced computer system equipped with full networking facilities to access various different backbone networks through wireline networking interfaces or sometimes through broadband wireless access systems, c) An advanced transceiver system supporting various different air interfaces to interconnect said wireless communication terminal device, etc through the air link, d) said transceiver system connected to said computer system to construct the base-station as a whole, e) said wireless terminal device can also connected to different wireline networks through its networking interfaces in the said wireless terminal device, f) said base-station can connected to other base-station either over the wireline networks or over broadband wireless access system through said computer system, or by over-the-air networks through said transceiver system, g) said wireless terminal device can also connected to other wireless terminal device through the air link in an ad-hoc mode in case of special situations.
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Abstract
An open wireless architecture (OWA) for fourth generation (4G) mobile communications supporting various different wireless radio transmission technologies (or called air interfaces) and convergence of wireless networks and wireline networks by constructing an open architecture platform in the systems of base-band processing, radio frequency, controller, networking as well as service applications, etc. With this said OWA model, a fourth generation mobile communication system is defined and developed.
114 Citations
20 Claims
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1. An open wireless architecture (OWA) for fourth generation mobile communications said system comprising:
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a) A wireless communication terminal device supporting various different wireless standards (air interfaces) in the same device with same unique identifier and capable of communicating with other devices, systems or networks through a wireless medium or over-the-air network, b) An advanced computer system equipped with full networking facilities to access various different backbone networks through wireline networking interfaces or sometimes through broadband wireless access systems, c) An advanced transceiver system supporting various different air interfaces to interconnect said wireless communication terminal device, etc through the air link, d) said transceiver system connected to said computer system to construct the base-station as a whole, e) said wireless terminal device can also connected to different wireline networks through its networking interfaces in the said wireless terminal device, f) said base-station can connected to other base-station either over the wireline networks or over broadband wireless access system through said computer system, or by over-the-air networks through said transceiver system, g) said wireless terminal device can also connected to other wireless terminal device through the air link in an ad-hoc mode in case of special situations. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14)
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15. A Fourth Generation Mobile Terminal for said wireless terminal device, said terminal comprising:
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a) communication/system hardware and peripherals including displayer, digital camera, sensors, smart antennas, security button, radiation detector, health detector and GPS receiver, etc, b) software detecting available wireless networks in the service region, c) software configuring the detected wireless networks and installing the modules if needed, d) software providing the information input methods for said terminal, e) software providing enhanced security solutions for said terminal, f) software providing connection methods for said terminal including traditional mobile networking, ad-hoc, broadcasting or user-defined topology, g) software defining user-preferred service mode based on quality-of-service, bandwidth, traffic model, billing model, etc, h) software providing future-proven safety solutions for said terminal, i) software supporting next generation spectrum management methods including spectrum sharing and multiple spectrum ownership, etc, j) software providing optimal power management solutions to minimize said terminal power consumption including base-band processing, RF, controller as well as applications, etc, k) software supporting Voice-over-IP standard for said terminal. - View Dependent Claims (16, 17, 18)
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19. An Open Wireless Architecture (OWA) for fourth generation mobile communications said system providing a cost-effective business model and method for vendors, operators and providers of said various different wireless standards, said method comprising:
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a) open spectrum management saving lots of investment in spectrum allocation, b) open architecture saving lots of marketing costs of different standards and services, c) open architecture saving lots of costs in infrastructure investment, d) open architecture saving lots of costs on interoperability issues, e) open resource management optimizing the network resource and system capacity. - View Dependent Claims (20)
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Specification