An object of the present invention is to provide a technology for estimating a traveling direction of a lane by using accuracy of external environment information. An information processing device (100) of the present invention includes at least one memory (102 and 103) including a program code and at least one processor (101) configured to execute the program code. The processor is configured to acquire external environment information including at least information regarding a peripheral region of a vehicle, and determine a traveling direction of at least one lane by using a first accuracy (A1) indicating the level of precision of the external environment information.

A pedestrian detection unit (232) receives a captured image transmitted from a vehicle (40) and detects a pedestrian (60) from the captured image. A pedestrian attribute estimation unit (233) estimates an attribute of the pedestrian (60) from the captured image. A pedestrian travel area estimation unit (234) estimates a pedestrian travel area (A) where the pedestrian (60) will walk based on the captured image. A vehicle traffic quantity calculation unit (235) calculates a vehicle traffic quantity in the pedestrian travel area (A). A risk level calculation unit (236) calculates a risk level of the pedestrian (60) being targeted in a crime, based on the attribute of the pedestrian (60) and the vehicle traffic quantity in the pedestrian travel area (A). A patrol instruction unit (237) transmits to a mobile body (50), a patrol instruction instructing the mobile body (50) to patrol the pedestrian travel area (A), when the risk level is greater than a preset threshold value.

Provided is a method of registering a user in a holderless card by using an authentication virtual code. The method includes receiving current time data from a terminal of the user through card tagging, generating a virtual code for authenticating the user based on the current time data and pre-stored seed data by using an applet included in the card, and requesting verification of the virtual code by transmitting the virtual code to a verification server through the user terminal.

A company B server acquires from a company A server request information indicating a request requesting an action of a robot. If it is confirmed that the company A server has an access right to requesting the request information, the company B server makes a decision to execute, suspend, or reject the request, based on first information including the request information. After the decision to execute the request is made, the company B server transmits to the robot instruction information for causing the robot to take an action to encourage the user to exercise.

A new technology to assist the recycling of resources is provided. Provided is an authentication method for a recycled product performed by a computer system, the authentication method including: a first acquisition step of acquiring information on a receiving amount of a recycled resin in a manufacturing entity of a resin product; a second acquisition step of acquiring information on a sending amount of a resin product using the recycled resin in the manufacturing entity or a different manufacturing entity; and an authentication step of giving authentication to the resin product when an authentication condition based on the information on the sending amount and the receiving amount is satisfied.

Provided is an information processing apparatus including: a metadata generation unit (210) that generates metadata from information indicating a state of an occupant riding in a mobile body, the information being obtained from a sensor provided in the mobile body; a first encryption unit (214) that encrypts the generated metadata; and a first recording unit (218) that stores the encrypted metadata.

A transaction processing device of an embodiment includes a first registration unit, a linkage unit, and a second registration unit. The first registration unit stores a content of a transaction related to a user in response to a request from a first terminal made by an operation of the user. The linkage unit links the process of storing the content of the transaction related to the user performed by the first registration unit to a second terminal. When the content of the transaction related to the user is sent from the second terminal, the second registration unit stores the content of the transaction sent from the second terminal as the content of the transaction related to the user in the first registration unit by using the association.

This method for diagnosing a battery pack having a configuration in which a plurality of cells are connected in series, using a system for obtaining detected data including the current and temperature of the battery pack and the voltage of each cell, includes: a step of calculating an electric charge capacity and a state of charge (SOC) of each cell, using the current and the temperature, the voltage of each cell, an open circuit voltage (OCV) - SOC function, and an OCV - resistance table, and calculating an amount of unbalance, which is an estimated value of the SOC, and the resistance for each cell when the battery pack is fully charged; and a step of calculating the energy capacity of the battery pack using the electric charge capacity, the amount of unbalance, and the resistances. As a result, the energy capacity of the battery pack can be calculated accurately, even in an unbalanced state.

A delivery plan generation device includes: a processor; a communication unit configured to acquire delivery range information indicating a delivery range of an article; and a memory configured to store past congestion information and road feature information indicating characteristics of roads corresponding to the delivery range information. The processor acquires road network information indicating a connection relationship between the roads, acquires learning information generated based on a travel history of a delivery vehicle that delivers an article, and past congestion information and road feature information on the roads corresponding to the travel history, acquires congestion information on the roads for a scheduled delivery time, calculates road costs for the roads based on the road feature information, the congestion information for the scheduled delivery time, and the learning information, and generates a delivery plan of the article by using the road network information and the road costs.

The invention is characterized by a set of innovations in the technique called Artificial Neuromuscular Activation and Monitoring System - SAMNA, based on artificial intelligence. The invention automatically enables accurate diagnosis and effective personalized treatment for each type of muscle group, in different patients, allows continuous monitoring of the neuromuscular condition, treating and preventing vascular, osteotendinous and neuromuscular disorders with artificial and automated neuromuscular activation using cloud data processing and machine learning, allows the diagnosis/treatment of neuromuscular disorders on a continuous basis, locally or remotely. The hardware, firmware and software resources allow the acquisition of neurophysiological parameters and application of therapeutic parameters automatically, eliminating the use of sensors, making use of the electrotherapy electrodes themselves and performing their actions independently, personalized and coordinated, continuously controlling the contraction level.