Abstract: A program recorded on a computer-readable recording medium causes a processor of a server apparatus communicable with a game apparatus capable of executing a game and delivering a video to a terminal apparatus, to perform a method of: acquiring, from a game apparatus that executes a game, video information indicating a game video of the game; and delivering, to the terminal apparatus, the game video indicated by the video information. The delivering includes, with the game apparatus having generated specific information indicating that the game video is a specific video, delivering to the terminal apparatus a specific advertisement for a specific commercial item associated with the specific video in response to acquiring the video information and the specific information from the game apparatus.

Abstract: The present invention is a power storage service system including: quantitatively grasping the time leading up to the expression of the abnormality; capable determining possible or impossible of avoiding stopping of the function of the assembled battery system. According to the invention, a maintenance operator and a maintenance service supplier of the assembled battery system have a time margin to plan a response schedule and to prepare responding, and it can reduce the cost of responding to the maintenance by reducing and optimizing the number of response.

Abstract: The present invention is a power storage service system including: quantitatively grasping the time leading up to the expression of the abnormality; capable determining possible or impossible of avoiding stopping of the function of the assembled battery system. According to the invention, a maintenance operator and a maintenance service supplier of the assembled battery system have a time margin to plan a response schedule and to prepare responding, and it can reduce the cost of responding to the maintenance by reducing and optimizing the number of response.

Abstract: A transmitting side (101) transmits broadcast content (100) through a communication network (111) or a broadcast network (110). Transmission through the communication network (111) involves an addition of an IP header (100b) to the broadcast content (100) for packetization as an IP packet (100a) and transmission to a terminal device (112) on a receiving side (102). Transmission through the broadcast network (110) involves encapsulation of the IP packet into a given transmission packet (105) used with a digital broadcast signal for transmission to the terminal device on the receiving side (102).

Abstract: A purpose of the present invention is to provide a method capable of more effectively prescribing an anti-human PD-1 antibody for anti-cancer therapy, a method for estimating or optimizing therapeutic efficacy thereof, and further an efficacy marker that can be used in methods thereof. The present invention enables selection of the cancer patient in whom the therapeutic efficacy of the anti-human PD-1 antibody can be expected in future, by measuring the change which is more than a certain level of several kinds of efficacy markers in blood, after administering the initial dose or doses of the anti-human PD-1 antibody compared to that prior to administering the initial dose, and provides a new prescription of the anti-human PD-1 antibody for anti-cancer therapy.

Abstract: A purpose of the present invention is to provide a method capable of more effectively prescribing an anti-human PD-1 antibody for anti-cancer therapy, a method for estimating or optimizing therapeutic efficacy thereof, and further an efficacy marker that can be used in methods thereof. The present invention enables selection of the cancer patient in whom the therapeutic efficacy of the anti-human PD-1 antibody can be expected in future, by measuring the change which is more than a certain level of several kinds of efficacy markers in blood after administering the initial dose or doses of the anti-human PD-1 antibody compared to that prior to administering the initial dose, and provides a new prescription of the anti-human PD-1 antibody for anti-cancer therapy.

Abstract: A transmitting side (101) transmits broadcast content (100) through a communication network (111) or a broadcast network (110). Transmission through the communication network (111) involves an addition of an IP header (100b) to the broadcast content (100) for packetization as an IP packet (100a) and transmission to a terminal device (112) on a receiving side (102). Transmission through the broadcast network (110) involves encapsulation of the IP packet into a given transmission packet (105) used with a digital broadcast signal for transmission to the terminal device on the receiving side (102).

Abstract: An information delivery system having a service section; a plurality of nodes connected to the service section through a network and allocated with specific addresses that are unique within the network; and terminal devices for system users connected to the service section and the plurality of nodes through the network; wherein the service section acquires profile data of each node user through each node and analyzes the person profile data in order to mediate between each node user and each system user according to the profile data to help exchange information.

Abstract: In a system-wide network of a hierarchical structure, address allocation is to be managed optimally. The system-wide network has a core portion having a static connection pertinence and a terminal portion connected dynamically to the core portion. The upper order server allocates an address block to a lower order server, whilst the lower order server returns the address block to the upper order server. The address allocation in network addition is classed into address allocation phase in the network core portion and an address allocation phase in the network terminal portion. For completing a link for outside with respect to the system-wide network, a representative server acquires its own IP address. The representative server then requests allocation of an address block used in the network terminal portion to its directly higher order server and acquires the so-requested address block. The representative server then executes automatic address allocation processing using e.g.

Abstract: In a system wide network of a hierarchical structure, address allocation is to be managed optimally the system-wide network has a core portion having a static connection pertinence and a terminal portion connected dynamically to the core portion. The upper order server allocates an address block to a lower order server, whilst the lower order server returns the address block to the upper order server. The address allocation in network addition is classed into address allocation phase in the network core portion and an address allocation phase in the network terminal portion. For completing a link for outside with respect to the system-wide network, a representative server acquires its own IP address. The representative server then requests allocation of an address block used in the network terminal portion to its directly higher order server and acquires the so-requested address block. The representative server then executes automatic address allocation processing using e.g.

Abstract: An information delivery system having a service section; a plurality of nodes connected to the service section through a network and allocated with specific addresses that are unique within the network; and terminal devices for system users connected to the service section and the plurality of nodes through the network; wherein the service section acquires profile data of each node user through each node and analyzes the person profile data in order to mediate between each node user and each system user according to the profile data to help exchange information.