Network Resource Dispatch Prioritization for Rural Connectivity
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Solution Overview
Problem
In rural areas with limited internet access, existing technologies struggle to prioritize network resource delivery effectively, leading to slowed or lost critical communications due to constrained network resources and limited bandwidth, especially in situations where multiple devices require high-speed internet access.
Innovation Solution
A method and system that prioritize network resource dispatch by assigning request priorities based on mobile device characteristics, user characteristics, and location information, using a scoring system to determine the urgency and importance of each request, with emergency requests receiving the highest priority, and dynamically adjusting priorities based on data usage rates and geographical data usage patterns.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Adaptability or versatility
If network resources are shared among multiple users in rural areas, then more users can access the internet, but critical communications may be slowed or lost due to constrained resources
Solution Approach 1:
The patent implements differentiated quality of service by assigning different priority levels to different users and applications. Critical communications receive higher priority allocation of network resources, while non-critical traffic receives lower priority. This resolves the contradiction by ensuring that while resources are shared among multiple users, critical communications are protected through localized quality enhancement.
Solution Approach 2:
The system dynamically changes network resource allocation parameters based on user needs and network conditions. By adjusting bandwidth allocation, transmission power, and resource scheduling parameters in real-time, the system can guarantee reliable critical communications while still providing internet access to multiple users. This parameter adaptation resolves the contradiction between resource sharing and communication reliability.
2Quantity of substance
If bandwidth is increased to meet growing demands in small geographic areas, then more data can be transmitted, but network infrastructure complexity increases
Solution Approach 1:
The patent combines multiple existing network technologies (cellular networks, satellite connections, Wi-Fi) into an integrated network resource pool. By merging these different access methods and managing them through a unified priority-based allocation system, the patent increases overall data transmission capacity without proportionally increasing infrastructure complexity. The shared resource pool approach allows efficient utilization of existing infrastructure.
Solution Approach 2:
The network system is designed to provide multiple functions through a single infrastructure - supporting both critical communications and general internet access, serving multiple users simultaneously with different priority levels. This multi-functionality increases data transmission capacity while avoiding the need for separate dedicated infrastructures for each function, thereby limiting complexity growth.
3Ease of operation
If network resources are allocated to stationary routers in rural areas, then internet access is provided, but mobility and flexibility are limited
Solution Approach 1:
The patent transitions from static router-based internet access to dynamic mobile device-based access points. Mobile devices can dynamically become network access points, providing internet connectivity to other devices in their vicinity. This dynamic approach maintains ease of operation by providing continuous internet access while dramatically improving adaptability and mobility, as the network infrastructure moves with the users.
Data Source
AI summary
A system for prioritizing network resource dispatch may include receiving a request for a network resource from a mobile device associated with a user, the request comprising mobile device and user characteristics, and location information. A request priority may be determined based on some combination of a mobile device score and user score. The request priority is assigned to the request. A highest ranked mobile device request priority is determined, and the network resource is dispatched to a location corresponding to the highest ranked request priority. A heatmap may be generated to illustrate a geographical representation of each mobile device data usage rate at each mobile device respective location. The request priorities may change based on any combination of the mobile device characteristics, user characteristics, location information and the usage characteristics. Therefore, the priority of dispatching the network resource may be determined dynamically and updated as the inputs change.