Abstract: An information processing apparatus includes processors configured to execute inference processing using a GPU on frames of a moving image through each application for each of a plurality of applications, acquire a first degree of similarity between a target frame and a frame at a time of execution of previous inference processing, acquire a second degree of similarity between the target frame and an immediately preceding frame that is executed after the previous inference processing, set a constraint on execution of inference processing for the target frame having a throughput larger than a certain value when a number of frames accumulated in a queue that is used for waiting for the execution of the inference processing and accumulates frames exceeds a certain number, and determine whether to execute the inference processing for the target frame based on the first degree, the second degree, and whether the constraint presents.

Abstract: An image processing control device includes: a memory; and a processor coupled to the memory and configured to: determine, on a basis of a processing rate of an image processing program to be deployed, a type of transfer data extracted from video at a time of transferring the video to be processed by the image processing program to be deployed to be a moving image or a still image; and select, on a basis of the type of the transfer data, a deployment destination information processing device to which the image processing program to be deployed is deployed from among a plurality of information processing devices.

Abstract: An image processing control device includes: a memory; and a processor coupled to the memory and configured to: determine, on a basis of a processing rate of an image processing program to be deployed, a type of transfer data extracted from video at a time of transferring the video to be processed by the image processing program to be deployed to be a moving image or a still image; and select, on a basis of the type of the transfer data, a deployment destination information processing device to which the image processing program to be deployed is deployed from among a plurality of information processing devices.

Abstract: An apparatus of controlling applications each of which is an application performing processing on a moving image using a graphical processing unit (GPU), the apparatus including: a memory configured to store, for each application, identification information of a learning model, an operation cycle, a time length requested for one frame, and usage of the memory by the learning model; and a processor configured to perform: determining, for each learning model by using various information stored for each application, aggregation necessity indicating whether to aggregate sets of processing performed by the applications, and the number of processes to be used for the aggregation, wherein the various information includes the identification information, the operation cycle, the time length, and the usage of the memory; and aggregating and executing sets of processing performed by the applications based on a different from a process for performing the applications.

Abstract: An information processing apparatus includes processors configured to execute inference processing using a GPU on frames of a moving image through each application for each of a plurality of applications, acquire a first degree of similarity between a target frame and a frame at a time of execution of previous inference processing, acquire a second degree of similarity between the target frame and an immediately preceding frame that is executed after the previous inference processing, set a constraint on execution of inference processing for the target frame having a throughput larger than a certain value when a number of frames accumulated in a queue that is used for waiting for the execution of the inference processing and accumulates frames exceeds a certain number, and determine whether to execute the inference processing for the target frame based on the first degree, the second degree, and whether the constraint presents.

Abstract: A non-transitory computer-readable storage medium storing a multiple control program that causes at least one computer to execute a process, the process includes, storing a processing time of a first step in processes of a plurality of applications as a first threshold in a storage unit when the processes are executed in an overlapping manner; and when receiving an execution request from a subsequent application during execution of a process of the plurality of applications, delaying start of a process of the subsequent application by the first threshold or more from start of a process of a preceding application being executed.

Abstract: An information processing device performs first processing including: acquiring, for each of a plurality of processing to be executed using different models, profile information enabling specification of a time needed to prepare for execution of that processing and a time needed to execute that processing; and determining an arrangement pattern of the plurality of processing for one or more arithmetic units, the arrangement pattern being capable of maximizing execution efficiency for the plurality of processing, by searching for a node from a root to a leaf such that the execution of that processing is able to be completed within a time limit, in a tree structure where the node representing a position where processing included in the plurality of processing is arranged is connected from the root to a lower level, and formed such that a larger number of pieces of processing has been arranged as a hierarchy is deeper.

Abstract: A task control apparatus includes: a memory; and a processor coupled to the memory and configured to: assign, to each request for data collection, an index based on acceptance time and a delay period allowable in data collection; input the request to a queue in order of the index; extract, in a case where a transmission timing of data collection of the request is to be delayed, the request from the queue; and re-input the request to the queue by using an index based on a period for which the transmission timing is to be delayed and an extraction pace at which requests are extracted from the queue.

Abstract: A data collection device includes a memory and a processor coupled to the memory and the processor configured to acquire, for a plurality of data transmission requests, first predicted values of a delay from transmission of the respective data transmission requests to a start of reception of data and second predicted values of a throughput regarding the reception of the data, classify the plurality of data transmission requests into groups based on first dispersion of the first predicted values and second dispersion of the second predicted values, and determine transmission timings of the respective data transmission requests in a unit of the group.

Abstract: An apparatus receives a data-acquisition request of data retained by servers from a mobile terminal wirelessly coupled to a base station. When a first list is not included in the data-acquisition request, the apparatus acquires, from a management server, a second list indicating the servers as a data-retention server that retains the data, where the first list indicates some of the servers as the data-retention server. Based on a communication speed between the apparatus and each data-retention server indicated in the first or second list, the apparatus identifies one data-retention server as an acquisition-destination server. The apparatus creates a third or fourth list depending on whether the mobile terminal is capable of completing acquisition of the data in a period in which the mobile terminal stays within a communication available range of the base station, and transmits the data, and the third or fourth list to the mobile terminal.

Abstract: In order to easily obtain news follow-ups which one reads and is interested in, with a portable terminal, event identification information is correlated to news events to be aired on TV, and stored in a master information storage of a server. This makes it possible to selectively provide news events stored in the master information storage when a request for news events is received from a mobile phone. During a news broadcast, upon selection of an event with the mobile phone, the master information storage is accessed, and an event ID is stored in association with a user ID in a user information storage of the server. Upon an event update, the user information storage is accessed, the event ID associated with the updated event is identified, and news information regarding the updated event is provided as a follow-up or update.