Wi-Fi 3G Neural Network Bridging Connectivity
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Solution Overview
Problem
The limited range and high cost of existing wireless communication networks, such as Wi-Fi and 3G networks, restrict users' ability to access high-speed internet services over large areas, leading to unreliable and expensive connections for tasks like email checking and browsing.
Innovation Solution
A method and apparatus that utilize a neural network formed by a Wi-Fi chipset and a wide area network (WAN) chipset to enable wireless connectivity by bridging communication between devices, allowing users to connect to a different network, like a 3G mobile data network, when Wi-Fi is unavailable, thereby extending coverage and reducing costs.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Speed
If Wi-Fi network access points are deployed to provide high-speed wireless service, then transfer speed and service quality are improved, but coverage area and service availability deteriorate due to sparse distribution
Solution Approach 1:
The patent combines Wi-Fi and 3G network interfaces into a unified communication system that can operate in either mode or both simultaneously. The device merges resources from both network types to provide continuous high-speed connectivity, allowing users to access high-speed internet services regardless of whether they are within Wi-Fi range or relying on 3G coverage.
Solution Approach 2:
The communication device is designed with multi-functionality to support both Wi-Fi and 3G network interfaces, enabling it to adapt to different network environments. This universal design allows the device to maintain high-speed connectivity by switching between or combining network types based on availability, thus extending effective coverage area without requiring dense Wi-Fi deployment.
2Area of stationary object
If 3G mobile data network is used to provide wireless service over large areas, then coverage area is improved, but transfer speed and service quality deteriorate compared to Wi-Fi
Solution Approach 1:
The system merges 3G network coverage advantages with Wi-Fi network speed advantages by enabling simultaneous operation or dynamic switching between the two network interfaces. This combination allows the device to maintain high transfer speeds even when operating primarily through 3G networks in areas where Wi-Fi is unavailable.
Solution Approach 2:
The communication device dynamically adjusts its network usage strategy based on real-time network conditions, user location, and service requirements. It can switch between Wi-Fi and 3G modes or use both simultaneously, optimizing transfer speed while maintaining wide area coverage capability.
3Speed
If Wi-Fi network is used to provide high-speed service, then transfer speed is improved, but service availability and reliability deteriorate outside hotspot range
Solution Approach 1:
The device prepares for potential Wi-Fi unavailability by maintaining a 3G network interface ready to provide backup connectivity. This prior cushioning ensures that service availability is maintained even when Wi-Fi hotspots are sparse or unavailable, preventing service interruptions.
Solution Approach 2:
The 3G network interface acts as an intermediary backup system that bridges the gap when Wi-Fi service is unavailable. It provides a reliable fallback connection that maintains service availability while allowing the system to switch to higher-speed Wi-Fi when available.
4Reliability
If 3G network is used as backup for Wi-Fi, then service availability is improved, but service cost deteriorates due to higher cost per megabyte
Solution Approach 1:
The system dynamically manages network resource usage by prioritizing Wi-Fi connectivity when available and only utilizing 3G network resources when necessary. This dynamic resource allocation minimizes the loss associated with more expensive 3G data usage while maintaining service availability through intelligent network selection and load management.
Data Source
AI summary
The present invention provides a method and an apparatus to enable desired wireless connectivity in a high frequency and/or high speed wireless local area network for providing mobile communications to a user of a wireless communication device which may be otherwise unable to connect to the high frequency and/or speed wireless local area network in response to a request for a wireless service. By using a chipset disposed in another wireless communication device, a neural network may be formed for enabling such wireless connectivity. In one embodiment, availability of wireless connectivity may be determined to a first user of a wireless service at a first wireless communication device to communicate with an access point associated with a Wi-Fi wireless network that offers the wireless service. Absent such wireless connectivity at the first wireless communication device, additional bandwidth available at a second wireless communication device may be used to connect the first user at the first wireless communication device over another network that offers the wireless service, for example, a wide area network capable of communicating mobile or cellular data. Accordingly, a user that desires use of a wireless service in a wireless network of sparsely populated Wi-Fi access points may obtain desired wireless connectivity for mobile communications across a relatively longer range and/or at much higher transfer speeds than otherwise available.