A network dataset processing method performed by a terminal, comprising: generating an initial user interface in the terminal, the initial user interface being configured to access one or more network datasets; selecting a network dataset from the one or more network datasets as a target network dataset in response to a selecting operation; determining a first target virtual private network, VPN, node corresponding to the target network dataset in response to an access operation performed on the target network dataset, and establishing a first accelerated access channel between the terminal and the target network dataset through the first target VPN node, comprising: determining at least two VPN nodes in response to the access operation performed on the target network dataset; and selecting the first target VPN node corresponding to the target network dataset from the at least two VPN nodes; and switching the initial user interface to a first user interface configured to display first network data processing information indicating that the first accelerated access channel is being used for accessing the target network dataset; characterized in that the selecting the first target VPN node corresponding to the target network dataset from the at least two VPN nodes comprises one of: determining a network delay between each of the at least two VPN nodes and the target network dataset, and using one of the at least two VPN nodes with a minimum network delay as the first target VPN node; and determining a network acceleration performance between each of the at least two VPN nodes and the target network dataset, and using one of the at least two VPN nodes with optimal network acceleration performance as the first target VPN node, wherein network acceleration performance refers to a performance of increasing an access rate of the network dataset. generating an initial user interface in the terminal, the initial user interface being configured to access one or more network datasets; selecting a network dataset from the one or more network datasets as a target network dataset in response to a selecting operation; determining a first target virtual private network, VPN, node corresponding to the target network dataset in response to an access operation performed on the target network dataset, and establishing a first accelerated access channel between the terminal and the target network dataset through the first target VPN node, comprising: determining at least two VPN nodes in response to the access operation performed on the target network dataset; and selecting the first target VPN node corresponding to the target network dataset from the at least two VPN nodes; and determining at least two VPN nodes in response to the access operation performed on the target network dataset; and selecting the first target VPN node corresponding to the target network dataset from the at least two VPN nodes; and switching the initial user interface to a first user interface configured to display first network data processing information indicating that the first accelerated access channel is being used for accessing the target network dataset; characterized in that the selecting the first target VPN node corresponding to the target network dataset from the at least two VPN nodes comprises one of: determining a network delay between each of the at least two VPN nodes and the target network dataset, and using one of the at least two VPN nodes with a minimum network delay as the first target VPN node; and determining a network acceleration performance between each of the at least two VPN nodes and the target network dataset, and using one of the at least two VPN nodes with optimal network acceleration performance as the first target VPN node, wherein network acceleration performance refers to a performance of increasing an access rate of the network dataset. determining a network delay between each of the at least two VPN nodes and the target network dataset, and using one of the at least two VPN nodes with a minimum network delay as the first target VPN node; and determining a network acceleration performance between each of the at least two VPN nodes and the target network dataset, and using one of the at least two VPN nodes with optimal network acceleration performance as the first target VPN node, wherein network acceleration performance refers to a performance of increasing an access rate of the network dataset.