A method and terminal equipment for adaptively scheduling multiple sets of operators to subscribe to the network

Abstract

Embodiments of the present invention provide a method for adaptive scheduling of multiple service provider subscription networks. The method comprises: calculating, based on a processing capability of a radio-frequency module of a terminal apparatus, a network environment of the terminal apparatus; and dynamically adjusting, by using an algorithm of a predetermined categorized scenario, an operation parameter in multiple service provider subscriptions that affects scheduling of radio-frequency resources. The method achieves dynamic enabling and disabling of multiple service provider subscription networks, and at the same time reduces terminal power consumption, accomplishing enhanced user satisfaction with respect to network service quality of multiple service providers and terminal quality. Embodiments of the present invention further provide a terminal apparatus comprising a core scheduling module, and a storage medium. The core scheduling module is capable of adaptive scheduling for multiple service provider subscription networks.

Description

technical field [0001] The invention belongs to the technical field of wireless communication, and in particular relates to a method for self-adaptive scheduling of networks subscribed by multiple operators. The invention also relates to a terminal device for self-adaptive scheduling of networks subscribed by multiple operators. Background technique [0002] Two mobile phone cards can be inserted into the card slot of a dual-card mobile phone. It works in two network modes. These two working modes can be the same network or different networks. The mobile phone supports two sets of operator subscription networks. From the perspective of technical implementation, there are two common dual-card implementation solutions in the current technology: [0003] One is to use two sets of chipsets, that is, two sets of baseband chips, radio frequency chips and memory systems are installed in the mobile phone, which is equivalent to combining two complete mobile phone motherboards into ...

AI Technical Summary

Problems solved by technology

[0005] For mobile terminals with multiple cards sharing radio frequency resources, under the network subscription policy of the standard protocol, if the network environment of one of the cards cannot provide services, the card will also try to perform system capture; even if a card is in a network environment that can only provide poor network services environment, and there may be situations where the paging cannot be searched, the card will still monitor regularly. This network finding scheme will have a certain impact on the performance of the card in a normal network environment, and the card in a bad state will find the network and monitor The paging action also increases the power consumption of the terminal, affecting user experience

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