Abstract: A management system communicates with a moving body having a localization function. The management system acquires an image captured by a moving camera mounted on a moving body and information on a moving camera position which is a position of the moving body when the image is captured. The management system extracts an image of the target area captured by the moving camera as a target area image based on the moving camera position. The management system executes area management process for managing a target area based on the target image.

Abstract: A security system in a predetermined area is based on a cooperation of security guards and moving bodies. A time-dependent position of each moving body is predetermined. A security simulation system performs a simulation of the security system to search for an appropriate time-dependent position of each security guard. The security simulation system calculates a rushing time from when an abnormality is detected by a first moving body to when a first security guard arrives at a position of the first moving body, and calculates a security coverage area that can be monitored by the security guards and the moving bodies. An evaluation function increases as the rushing time becomes shorter and as the security coverage area becomes wider. The security simulation system determines the time-dependent position of each security guard such that a value of the evaluation function becomes a predetermined level or higher.

Abstract: In a first example, a user himself/herself sets an area in which the user desires to observe an observation target, a content of an anomaly state of the observation target that the user desires to be notified of, and a sensitivity of the notification of the user with respect to the content. When a state of the observation target corresponds to the anomaly state, occurrence information on the anomaly state is notified to a pre-registered user terminal. In a second example, the user himself/herself sets the area, a content of an anomaly relation between the observation target and a moving object around the observation target that the user wants to be notified of, and the sensitivity. When a relation between the observation target and the surrounding moving object corresponds to the anomaly relation, occurrence information on the anomaly relation is notified to a pre-registered user terminal.

Abstract: A method for sludge dewatering using kitchen waste to synergistically enhance a coupling of an anaerobic biological acidification and a low-temperature hydrothermal of excess sludge is disclosed. The method includes the following steps: first, uniformly mixing the excess sludge from a sewage treatment plant and the kitchen waste for an anaerobic biological acidification reaction at 36.5-37.5° C. for 2-4 days; then, concentrating the acidified mixture by centrifugation at a speed of 3000-5000 rpm for 5-10 min; performing a low-temperature thermal hydrolysis treatment on a residue obtained after removing a supernatant for 15-30 min at 100-140° C.; and after the thermal hydrolysis treatment is finished, cooling and dewatering to obtain a dewatered sludge cake and a dewatered filtrate. The new method realizes high-efficiency sludge dewatering and innocuous utilization of dewatered filtrate and sludge cake without adding chemical reagents and effectively avoids generating hardly-degradable chemical oxygen demand.

Abstract: Provided is a health management system that can enhance health awareness of persons existing in a predetermined zone and improve a health level of all the persons existing in the predetermined zone. The health management system according to the present disclosure executes: first determination processing of determining a state of movement of a passerby based on image data obtained by imaging the passerby with a camera installed in a predetermined zone; calculation processing of calculating an index indicating a group health state which is a health state of all persons existing in the predetermined zone based on a determination result in the first determination processing; and display processing of displaying the index calculated in the calculation processing.

Abstract: An incentive providing system capable of letting a user behave in such a way that his/her stress level is lowered and thus reducing his/her stress is provided. The incentive providing system according to the present disclosure executes: processing for acquiring a stress level indicating a degree of stress of a user; and providing an incentive for a user in a case in which the stress level of the user is lower than a predetermined standard.

Abstract: An aerial imaging system for transferring pictures captured from two or more imaging devices includes an aerial node and a ground node. The aerial node has two or more channels, each for acquiring at least one picture from a corresponding imaging device. The aerial node is configured to transfer the acquired pictures. The ground node is configured to present the acquired pictures from the two or more imaging devices.

Abstract: Provided is a traffic facility control system capable of achieving both ensuring of physical safety of a moving person and reduction of a psychological burden on the moving person. The traffic facility control system according to the present disclosure includes: a detection unit configured to detect a moving ability of a person; a determination unit configured to determine a psychological state of the person; and a control unit configured to control a traffic facility installed at at least one of the vicinity of a current position of the person, a position on a route along which the person moves, or a position along the route based on the moving ability of the person and the psychological state of the person.

Abstract: The present disclosure relates generally to various forms and compositions useful as beta adrenergic agonists and uses of the same in the treatment of diseases associated with an adrenergic receptor. In one aspect, the disclosure provides a crystalline solid form of Compound 1: selected from Form A and Form B and salt forms thereof.

Abstract: An aerial imaging system for transferring pictures captured from a plurality of imaging devices includes an aerial node. The aerial node has a plurality of channels for acquiring the pictures from the imaging devices and is configured to transfer the pictures.

Abstract: A method for sludge dewatering using kitchen waste to synergistically enhance a coupling of an anaerobic biological acidification and a low-temperature hydrothermal of excess sludge is disclosed. The method includes the following steps: first, uniformly mixing the excess sludge from a sewage treatment plant and the kitchen waste for an anaerobic biological acidification reaction at 36.5-37.5° C. for 2-4 days; then, concentrating the acidified mixture by centrifugation at a speed of 3000-5000 rpm for 5-10 min; performing a low-temperature thermal hydrolysis treatment on a residue obtained after removing a supernatant for 15-30 min at 100-140° C.; and after the thermal hydrolysis treatment is finished, cooling and dewatering to obtain a dewatered sludge cake and a dewatered filtrate. The new method realizes high-efficiency sludge dewatering and innocuous utilization of dewatered filtrate and sludge cake without adding chemical reagents and effectively avoids generating hardly-degradable chemical oxygen demand.

Abstract: An amplification system includes a first amplification module, a second amplification module, a third amplification module I, a fourth amplification module I, a first load, a third amplification module II, a fourth amplification module II and a second load. An output terminal of the first amplification module is connected to an input terminal of the second amplification module; output terminals of the second amplification module are connected to an input terminal of the third amplification module I and an input terminal of the third amplification module II. An output terminal of the third amplification module I is connected to an input terminal of the first load through the fourth amplification module I. An output terminal of the third amplification module II is connected to an input terminal of the second load through the fourth amplification module II.

Abstract: An amplification system includes a first amplification module, a second amplification module, a third amplification module I, a fourth amplification module I, a first load, a third amplification module II, a fourth amplification module II and a second load. An output terminal of the first amplification module is connected to an input terminal of the second amplification module; output terminals of the second amplification module are connected to an input terminal of the third amplification module I and an input terminal of the third amplification module II. An output terminal of the third amplification module I is connected to an input terminal of the first load through the fourth amplification module I. An output terminal of the third amplification module II is connected to an input terminal of the second load through the fourth amplification module II.

Abstract: Systems and methods for supporting data communication in a heterogeneous environment, the method including receiving, by a first device, an identifier value from a second device that is associated with a software platform installed on the second device; identifying the software platform based on the identifier value; determining a device type of the second device based on the identified software platform; configuring the first device to be in a host mode or an accessory mode based on the determined device type of the second device; and establishing data communication between the first device and the second device via a communication interface associated with the determined device type of the second device.

Abstract: System and method can support data communication in a heterogeneous environment. The system can establish a connection between a first device and a second device, wherein the connection is based on a protocol, which associates a host mode or an accessory mode with one or more connected devices. Furthermore, a controller on the first device can determine a device type associated with the second device, and can configure the first device to be in either the host mode or the accessory mode, based on the determined device type associated with the second device, to handle data communication between the first device and the second device.

Abstract: A data transmission system includes a transmitting device and a receiving device connected by at least two broadcast channels. The transmitting device is configured to encode a data set to be transmitted, the encoded data set includes at least one data group, the at least one data group includes one or more data packets, and the at least two broadcast channels are configured to transmit the one or more data packets.

Abstract: A vegetation index calculation method is a method for calculating a vegetation index indicating a vegetation state in an earth's surface using an imaging unit and a flight vehicle, and the vegetation index calculation method includes an illumination spectrum acquisition step of acquiring a spectrum of illumination light with which the earth's surface is irradiated and a reflection spectrum acquisition step of acquiring a reflection spectrum of the earth's surface by the illumination light. The vegetation index calculation method also includes a calibration step of calibrating the reflection spectrum using the illumination spectrum and a step of calculating the vegetation index of the earth's surface based on a calibrated spectrum obtained through the calibration step.

Abstract: System and method can support data communication in a heterogeneous environment. The system can establish a connection between a first device and a second device, wherein the connection is based on a protocol, which associates a host mode or an accessory mode with one or more connected devices. Furthermore, a controller on the first device can determine a device type associated with the second device, and can configure the first device to be in either the host mode or the accessory mode, based on the determined device type associated with the second device, to handle data communication between the first device and the second device.

Abstract: System and method can support data communication in a heterogeneous environment. The system can establish a connection between a first device and a second device, wherein the connection is based on a protocol, which associates a host mode or an accessory mode with one or more connected devices. Furthermore, a controller on the first device can determine a device type associated with the second device, and can configure the first device to be in either the host mode or the accessory mode, based on the determined device type associated with the second device, to handle data communication between the first device and the second device.

Abstract: An aerial imaging system for transferring pictures captured from a plurality of imaging devices includes an aerial node. The aerial node has a plurality of channels for acquiring the pictures from the imaging devices and is configured to transfer the pictures.