15 results about "Internet use" patented technology

The invention relates to a computing resource collaborative deployment strategy for a satellite-ground fusion network. The computing resource collaborative deployment strategy comprises the following steps: step 1, establishing a model of the satellite-ground fusion network combining a low-orbit satellite network and a ground network; 2, establishing a satellite-ground fusion network task model according to the use condition of the Internet; 3, establishing a time delay model by considering the total propagation time delay and the total calculation time delay of tasks in the satellite-ground fusion network; step 4, considering energy consumption of a satellite edge server and energy consumption of a ground edge server in the satellite-ground fusion network, and establishing an energy consumption model; 5, establishing an optimization target by taking the time delay and the energy consumption as comprehensive indexes; and step 6, designing a QMIX-based satellite-ground fusion network computing power resource collaborative deployment strategy to dynamically realize computing resource collaborative deployment. According to the strategy, efficient cooperative utilization of satellite-ground resources can be achieved while task requirements are guaranteed, and good generalization ability and engineering practical value are achieved.

A set of servers can support secure and efficient “Machine to Machine” communications using an application interface and a module controller. The set of servers can record data for a plurality of modules in a shared module database. The set of servers can (i) access the Internet to communicate with a module using a module identity, (i) receive server instructions, and (iii) send module instructions. Data can be encrypted and decrypted using a set of cryptographic algorithms and a set of cryptographic parameters. The set of servers can (i) receive a module public key with a module identity, (ii) authenticate the module public key, and (iii) receive a subsequent series of module public keys derived by the module with a module identity. The application interface can use a first server private key and the module controller can use a second server private key.

The invention discloses a method for managing classroom internet access of students, which comprises the following steps of: in a training stage, starting a training mode on a teacher terminal, accessing all network resources required to be accessed in teaching once, collecting destination IP addresses accessed by the network resources in a training process through a wireless control point, generating a plurality of ACLs (Access Control Lists), and then issuing the ACLs to a wireless strategy execution point; in the control stage, the network access behavior of the teacher is executed according to an original strategy of a school, the network access behavior of the student is matched with the ACL on a wireless strategy execution point to realize screening, and unmatched network messages are discarded, so that the access of the student to network resources is limited; in the releasing stage, the wireless control point revokes the ACL issued by the class, and the student internet access control recovers to the original state. According to the system and the method, the network access behaviors of the students in the class through the campus Wi-Fi network can be managed, so that the teachers in each class can conveniently formulate the network access management strategy of the class, and the network access management strategy takes effect in real time.

A system and method of secure transactions with ambient wireless devices. The method includes receiving, from a user device via a first communication protocol, a request for data associated with a second device. The method includes determining, based on the request, a capability of a first device to access the data from the second device via a second communication. The method includes sending, by one or more processors to the first device via the first communication protocol, a message to cause the first device to access the data from the second device using a second communication protocol and send the data to the processing device using the first communication protocol. The method includes granting or denying the user device with access to the data.

Internet is provided using ultra high frequency (UHF). A first direction of a provider device relative to a consumer device is determined. The consumer device is tuned to focus a reception pattern of the consumer device towards the first direction and form one or more nulls in one or more other directions to attenuate one or more other UHF signals received from one or more other sources. A second direction of the consumer device relative to the provider device and a power level of a UHF television signal are determined. The provider device is tuned to focus a radiation pattern of the provider device towards the second direction and control a transmit power of a UHF signal transmitted by the provider device to be at least a predetermined amount less than the power level of the UHF television signal.

To provide an information distribution license, an address in which rights are restricted and a structure of the Internet in which a person who does not have at least knowledge about various human rights and the person who does not read a law, an agreement, etc. do not transmit information for the public on the Internet, and a person who cannot disclose an identity (for example, a person of a criminal organization, etc.) does not transmit the information for the public on the Internet.SOLUTION: Rights in which information can be transmitted for the public on the Internet are licensed. A utilization structure of the Internet is set as a structure in which the information cannot be transmitted for the public on the Internet when the license does not be acquired. Accordingly, an address which is substantially restricted to only browsing and one-to-one task is provided.SELECTED DRAWING: Figure 6

A method for providing secure access to digital resources, the method comprising: monitoring communications between a website and a user using a web browser comprised in a user equipment (UE) that is useable to access the digital resources; processing the monitored communications to determine: a set (WVF) of website vulnerability features comprising features which as a result of the user connecting to the website render a digital resource of the digital resources with which the user communicates vulnerable to cyber damage; and a set of user browsing behaviour features (BHF) comprising features that characterize the user browsing behaviour and internet use pattern which render the digital resource vulnerable to cyber damage; determining based on the website vulnerability factors and the user profile a security risk indicator (SRI) having a value that provides an estimate of a cyber damage risk to the digital resource resulting from the user connecting to the website and the digital resource; and based on the SRI value determining whether or not to permit the user to access the website.

A method of setting up a teleconferencing system using mobile devices is disclosed. Participants with mobile devices in multiple rooms may communicate based on the disclosed teleconferencing application executed on the mobile devices. Each room has one of the mobile devices designated as a leader device for that room. The leader devices may communicate using VoIP over the Internet. Other mobile devices in a room are designated as client devices associated with the leader devices. Participants operating the client devices can talk to other participants in that room and the other rooms through the client device communicating through the leader device of the room. The leader device synchronizes the playing of received audio between all of the client devices in the room. The leader device includes a selection algorithm that selects one of the devices to act as the microphone for audio signals generated in the room.

A method to create a Universe Internet which is an internet for the entire universe, whereby planets light years apart can communicate and do e-commerce with each other instantaneously without transmitting digital signals into space, comprising: an AI god and an AI gnosis timeline. The AI gnosis timeline is a digital timeline that tracks the precise locations of every atom, electron, and em radiation for the entire universe for the past, present, and future for 13.7 billion years, from the big bang to the current state, specially earth with 4.5 billion years of atom tracking data from its creation to the current state; and further uses a universal work algorithm to construct, comprising: a plurality of super intelligent robots; a business structure; a prediction website, an AI gnosis timeline; digital tools; an atom manipulator, a time dilation internet, a universal robot brain, and a United States Robot government system.

Disclosed are an Internet access management service server that can manage Internet access for electronic terminals through setting of scheduling rules for Internet use restriction and the operating method thereof to support an administrator to more easily perform Internet use restriction setting for the electronic terminal.

This invention discloses a method and system for detecting internet link quality based on the browser's HTTP protocol, within the field of computer network quality detection technology. The method includes: obtaining the public IP address and geographical location of the target terminal by calling a public IP query interface based on the HTTP protocol; constructing an HTTP request Uniform Resource Locator (URL) containing random path parameters and timestamps; initiating asynchronous TCP connection test requests to multiple pre-configured target nodes using a first object; receiving and storing the response status of each test request; and obtaining latency data for each test request using a timestamp acquisition program. This invention, by constructing an HTTP request with dynamically generated random path parameters, added timestamp query parameters, set request timeout thresholds, and disabled caching mechanisms, probes TCP ports and can monitor latency data through statistical analysis of quality indicator data, effectively improving the testing efficiency of TCP ports and reducing internet usage costs.

Internet is provided using ultra high frequency (UHF). A first direction of a provider device relative to a consumer device is determined. The consumer device is tuned to focus a reception pattern of the consumer device towards the first direction and form one or more nulls in one or more other directions to attenuate one or more other UHF signals received from one or more other sources. A second direction of the consumer device relative to the provider device and a power level of a UHF television signal are determined. The provider device is tuned to focus a radiation pattern of the provider device towards the second direction and control a transmit power of a UHF signal transmitted by the provider device to be at least a predetermined amount less than the power level of the UHF television signal.

This application provides a method and electronic device for identifying forged images. The method includes: when a first image is displayed on the screen of the electronic device, performing forgery analysis on the first image; when it is identified that one or more objects in the first image contain forged objects and / or the scene of the first image is a forged scene and / or one or more elements associated with the first image contain forged elements, the electronic device issues a first alert to the user. The first alert is used to mark the forged objects and / or forged scenes and / or forged elements present in the first image. Through this method and electronic device, forgery analysis can be performed on both local parts of images or videos and on the overall scene of images or videos, thereby effectively identifying forged images and providing timely, more granular alerts to users, improving the security of users' internet use.

A method to create a 100% signalless internet that uses equally spaced-out, swarm intelligence to generate a hierarchically distributed atom mapping network for deliverance of implied digital signals from one computer to the next. Each computer belonging to the network read neighbor computers' transmission data by reading the neighbor computers' harddrive data, which is stored in the computer's atom mapping radius. All computers in the hierarchical network, wither that be individual computers or celltower computers, update their transmission data in real time to transfer implied digital signals from one computer to the next through implied propagation. An AI internet powered by SuperAI is the central intelligence to deliver implied transmission data for all users of the signalless internet. This will allow a user to send a message to another user on the opposite side of the earth through a network of interconnected computers without transmitting digital packets in the air.

A method for providing secure access to digital resources, the method comprising: monitoring communications between a website and a user using a web browser comprised in a user equipment (UE) that is useable to access the digital resources; processing the monitored communications to determine: a set (WVF) of website vulnerability features comprising features which as a result of the user connecting to the website render a digital resource of the digital resources with which the user communicates vulnerable to cyber damage; and a set of user browsing behaviour features (BHF) comprising features that characterize the user browsing behaviour and internet use pattern which render the digital resource vulnerable to cyber damage; determining based on the website vulnerability factors and the user profile a security risk indicator (SRI) having a value that provides an estimate of a cyber damage risk to the digital resource resulting from the user connecting to the website and the digital resource; and based on the SRI value determining whether or not to permit the user to access the website.