There is provided a data processing apparatus including a processor, the processor is configured to: receive one or more sets of data output from at least one data output apparatus via a communication network, each set of the data including sensor data obtained by at least one sensor and first specifying information that specifies the data processing apparatus; determine whether or not the first specifying information included in the received one or more sets of data satisfies a predetermined condition; classify the one or more sets of data determined to satisfy the condition into a same group; and generate and output an output file based on the one or more sets of data classified into the same group.

Systems, methods, and media related to utilizing a wearable device to monitor a remote system include receiving historical data related to operation of a remote system. The historical data includes recorded events occurring in the past. Predictive data is also received. The predictive data relates to operation of the remote system. Moreover, the predictive data includes an indicator of a predicted breach of a condition in the future. The historical and predictive data is displayed on the wearable device along with a graphical indicator for the predicted breach.

Disclosed is a watch type terminal including a touch screen which is capable of receiving a touch input and a control method thereof. The watch type terminal includes a main body, a wireless communication unit that communicates with an external terminal, a touch screen that includes a plurality of regions corresponding to each time, and a controller that displays information informing that content information corresponding on a copy region may be stored to the main body when a first touch input is applied to the touch screen while selection of the copy region is maintained at the external terminal, and the controller stores the content information to be mapped in a region which corresponds to a current time among the plurality of regions and displayed an icon informing that the content information has been stored in the region corresponding to the current time, when a second touch input is received.

A grocery ordering system is disclosed in which a customer can place an order for delivery in a single click or touch. The system can be configured to run on a device with limited screen size such as a watch or a small-screened handheld device. As the screen size of the device may be limited the order can be placed and the delivery time and day allocated in as few screens or menus as possible. A customer can place an order in a single step, as the customer's previous orders and delivery slots are used to allocate an order and delivery time based on a preferred list of goods to order and a likely acceptable delivery slot. The delivery slot is calculated to allow sufficient time for the customer to amend their order on a device with a larger screen size or improved processing power.

The present invention provides an AIoT development system. The present invention includes: an auxiliary device having an AI edge computing processing function, a core, and a plurality of function expansion kits. The core includes: a processing unit having programmable, computing and AI communication functions; and a plurality of expansion interfaces for performing signal transmission with an external device. Each of the function expansion kits includes: a relay interface connected to the expansion interfaces of the core, a transducer for sensing signals from a test object located at where a corresponding one of the function expansion kits is, and a function circuit for processing the signals sensed by the transducer. The transducer of each of the function expansion kits senses signals, or modulates the sensed signals via the function circuit, and sends the sensed signals or the modulated signals to the processing unit through the relay interface and the expansion interfaces.

A method for validating an electronic device 2 comprises receiving attestation information provided by the electronic device 2 attesting that the electronic device 2 has received a plurality of event attestations, each event attestation providing a cryptographically authenticated attestation to the occurrence of a respective event during a lifecycle of the electronic device, and determining a validation result indicating whether the attestation information is valid. By providing separate cryptographically authenticated attestations for respective events in the lifecycle of the device, this can simplify manufacturing of the devices in a multistage manufacture process compared to an approach using a single device-specific attestation attesting that the entire process is trusted.

Methods and an electronic device for managing application installation are described. A method may include identifying a first application a user is currently accessing in a primary electronic device; identifying at least one secondary electronic device associated with the user; determining at least one second application for the at least one secondary electronic device from an application provider of the first application; and displaying, at the primary electronic device, at least one graphical element representing the at least one secondary electronic device and a number of applications available for the at least one secondary electronic device, in response to receiving a user input on an application availability indication displayed on the first application.

A control device for controlling an electronic device over a communication network; the electronic device comprises data storage having control parameters and associated access levels which control operation of the electronic device; circuitry which generates a control setup message including the control parameters and access levels; and a network interface for sending the control setup message. The control device comprises: circuitry for determining an access level of a user logged in to the control device; a network interface for receiving the control setup message; control interface setup circuitry for generating a set of control parameters, extract control parameters having an access level equal to or lower than the access level of the user logged in to the control device; and a graphic generating circuitry for generating a graphical control interface comprising control graphics enabling control of different states of operation of the electronic device corresponding to the extracted control parameters.

An information communication apparatus includes a communicator and a processor. In response to the communicator receiving, from a source, reception information that is information on reception of predetermined information by the source, the processor determines whether transmission information that is information on transmission of the predetermined information by the information communication apparatus matches the reception information.

A method of linking a task of an electronic device and the electronic device are provided. The method includes determining whether generation of an event satisfying a predetermined condition is detected; selecting another electronic device that is linkable to the electronic device when the generation of the event satisfying the predetermined condition is detected; and generating task environment information of an application and transmitting the task environment information to the other selected electronic device.