Abstract: The image upload system of the present invention, comprising, inter alia: a capture unit for capturing the image data from an image input apparatus disposed on a network; a storage unit for storing the plural captured image data; an image capture control unit for controlling the capture unit according to a previously designated schedule; a creation unit for creating a display image by adding information at image capture time to the captured image data captured by the capture unit, and a transmission unit for transmitting the created display image, allows information such as an image data capture date and time, an image data size or the like to be embedded as a part of the image data to be displayed.

Abstract: A hydrostatic transmission vehicle comprises: a fuel adjustment position detection portion (681) which detects an operation position of a fuel adjustment portion (68); a deceleration operation position detection portion (691) which detects an operation quantity of a deceleration operation portion (69); and a controller (9) which controls a displacement of a hydrostatic transmission (7), and the controller (9) comprises: an operation state judgment portion (91) which judges operation states of the fuel adjustment portion (68) and the deceleration operation portion (69) based on detection values acquired by the fuel adjustment position detection portion (681) and the deceleration operation position detection portion (691); and a displacement control command generation portion (94) which generates a displacement control command which differs depending on a case where an engine revolution number is restricted by the fuel adjustment portion (68) and a case where an engine revolution number is restricted by the dec

Abstract: In order to allow the user to access an arbitrary camera from an arbitrary camera client via a network, and to cause a plurality of cameras to perform a linked movement, a camera linkage server includes a communication path to each camera client, a client control module for controlling a camera used by the camera client, a communication path to each camera server, a camera server control module for controlling the camera used by the camera server, a camera server for controlling each of a plurality of cameras, a camera control module for controlling a camera client having an operation right for the camera and a state of the camera, and a linkage control module, having linked-movement defining information for defining a linked movement between each camera and other cameras, for recognizing a request for connection from an arbitrary camera client to an arbitrary camera via a corresponding client control module, and providing the other camera to perform a linked movement in accordance with the request for the co

Abstract: A system enables information transmission between a server which serves information by its own communication format and a client which receives service on a general network, with an efficient and simple structure. A conversion server 101 receives a video transmission request message from a client 103 in the HTTP protocol, the conversion server 101 converts the message into a message of a format of a server 102, and transmits the converted message to the server 102. Then, the conversion server 101 returns video data transferred from the server 102 to the client 103 in the HTTP protocol.

Abstract: In a terminal device of a monitoring system, a display unit displays a frame indicating an area to be monitored for an occurrence of motion in a panoramic image window and also displays an identifier identifying the frame. Furthermore, the display unit displays, in a time zone window, the identifier identifying the frame and a field in which a band is displayed to indicate a period of time during which to monitor an occurrence of motion in the area indicated by the frame. If it is detected that a location on the time zone window is specified, the display unit displays a time zone corresponding to the detected location and also displays an area corresponding to the detected location as a motion detection area.

Abstract: An apparatus controlling system capable of providing services such as video services and camera control services via a network, with a simple structure and high efficiency. Upon request from a client, a server for providing video services with camera control services provides a client with limited services (low quality trial services) during the initial stage immediately after connection, in accordance with a connection identifier issued to the client, and upon reception of the connection identifier via a route different from the route via which the services are provided, the server provides the client with limitation relaxed (or released) high quality services in accordance with the returned connection identifier.

Abstract: A communication apparatus, a communication system, and a communication method are provided for relaying and receiving data from an information source which presents data services such as video data services via a network such as Internet. With this configuration, the service data can be dynamically changed and a digest corresponding to such a change can be presented. Also with this configuration, a communication apparatus, a communication system, and a communication method are provided which are capable of reducing the load of the whole network and relaying and receiving data at high efficiency.

Abstract: A system enables information transmission between a server which serves information by its own communication format and a client which receives service on a general network, with an efficient and simple structure. A conversion server 101 receives a video transmission request message from a client 103 in the HTTP protocol, the conversion server 101 converts the message into a message of a format of a server 102, and transmits the converted message to the server 102. Then, the conversion server 101 returns video data transferred from the server 102 to the client 103 in the HTTP protocol.

Abstract: For a common work unit in a plurality of processors, a new application can be associated with the common work unit. A processing system for performing a common work in a work environment having one or more processors, comprising a means for specifying a unit (session) of common work, a means for operating the above common work unit a means for describing the above operation as an operation to a component of the above common work unit (corresponding to a script), and a means for executing the operation described by the above operation description means.

Abstract: This invention provides an information sharing system management apparatus which efficiently manages a TV conference without requiring the user to join it. When a terminal A1 is started, a first system acquires information such as the start time, participants, and the like of a video conference system from that video conference system, and transmits the acquired information to a second system on a terminal A0. The second system stores the received information. When the operator inputs a conference record command on the terminal A1, the first system requests the video conference system to send a conference record including speech and the like, and transmits the received conference record to the second system. The second system stores the received conference record. The operator at the terminal A0 can display and observe the conference information and conference record stored by the second system as needed. Such information is updated every required times.

Abstract: In response to a request transmitted by a client through the Fire Wall, a unique service server provides a unique service to the client by using a communication port. Response to an HTTP request which is not directed to the unique service, the unique service server transfers the request to the WWW server without processing, it provides both services by one communication port. A request for acquiring a data service is sent by a client HTTP through the Fire Wall, the unique service server determines the client's request is directed to data provided by the WWW server or directed to the uniquely provided data. If the unique service server determines that the client request is directed to the uniquely provided data, the processing is executed. If the unique service server determines that the client request is directed to data provided by the generally used WWW server, the server transfers the request to the WWW server.

Abstract: A method and apparatus is provided for realizing the coordinative work environment adaptable to various forms of the coordinative work in a work environment composed of plural computers. A mechanism is disclosed that describes the coordinative work form and effects the coordinative work management process adapted to arbitrary coordinative work form, based on the description of the coordinative work form. The description of the coordinative work form is of what components “logical coordinative work” such as “conference” or “lecture meeting” is composed, and how a correlation exists in the respective components. Furthermore, what operations (e.g., add/delete the “components”, add/delete the “correlation”, etc.) the operations (e.g., start of session, add user to session, etc.) for “logical coordinative work” correspond to are described.

Abstract: A processing system employs a plurality of processing apparatuses in which a shared operation can be executed. To this end, first a type of the shared operation is designated, and then a target user of one of the processing apparatuses for a shared operation in executing the designated shared operation is designated, the target user being either a target user individual or a target user group. Finally, execution of an inquiry process is controlled in accordance with a combination of the designated type of shared operation and the designated target user.

Abstract: A system enables information transmission between a server which serves information by its own communication format and a client which receives service on a general network, with an efficient and simple structure. A conversion server 101 receives a video transmission request message from a client 103 in the HTTP protocol, the conversion server 101 converts the message into a message of a format of a server 102, and transmits the converted message to the server 102. Then, the conversion server 101 returns video data transferred from the server 102 to the client 103 in the HTTP protocol.

Abstract: An object of this invention is to be able to cope with a sudden change in network delay time and dissolve waste of the network delay time in a remote video signal distributing system for performing a multimedia data distributing service in a remote place through a computer network. This invention discloses a system having a request means for obtaining multimedia data from a server program, predicted value obtaining means for obtaining a predicted value of a passing time (network delay time) from a request to data obtaining and a predicted value of a frame rate, unprocessed request number obtaining means for obtaining the number of requests unprocessed by the server program, and request transmitting control means for controlling transmission of the request on the basis of the predicted values of the network delay time and the frame rate and the unprocessed request number.

Abstract: For a common work unit in a plurality of processors, a new application can be associated with the common work unit. A processing system for performing a common work in a work environment having one or more processors, comprising a means for specifying a unit (session) of common work, a means for operating the above common work unit a means for describing the above operation as an operation to a component of the above common work unit (corresponding to a script), and a means for executing the operation described by the above operation description means.

Abstract: This invention provides an information sharing system management apparatus which efficiently manages a TV conference without requiring the user to join it. When a terminal A1 is started, a first system acquires information such as the start time, participants, and the like of a video conference system from that video conference system, and transmits the acquired information to a second system on a terminal A0. The second system stores the received information. When the operator inputs a conference record command on the terminal A1, the first system requests the video conference system to send a conference record including speech and the like, and transmits the received conference record to the second system. The second system stores the received conference record. The operator at the terminal A0 can display and observe the conference information and conference record stored by the second system as needed. Such information is updated every required times.

Abstract: In a work environment composed of plural computers, there are provided a method and an apparatus for realizing the coordinative work environment adaptable to various forms of the coordinative work. For this purpose there is disclosed a mechanism for realizing the coordinative work environment for supporting the coordinative work composed of plural computers, the mechanism comprising description means for the coordinative work form and means for effecting the coordinative work management process adapted to arbitrary coordinative work form, based on the description of the coordinative work form described by the description means.

Abstract: A method and system for controlling a hydraulic driving circuit, which are simple in structure, capable of readily providing neutral position adjustment, manually adjustable and able to cope with a failure in the circuit. When an adjustment mode for adjusting the neutral position of a steering hydraulic pump is set, an offset command current value is calculated as a command current value to be output to a servo electromagnetic valve, and an offset command value calculated when a steering lever is in its neutral position is output to the servo electromagnetic valve to adjust the neutral position of the steering hydraulic pump.

Abstract: A communication apparatus, a communication system, and a communication method are provided for relaying and receiving data from an information source which presents data services such as video data services via a network such as Internet. With this configuration, the service data can be dynamically changed and a digest corresponding to such a change can be presented. Also with this configuration, a communication apparatus, a communication system, and a communication method are provided which are capable of reducing the load of the whole network and relaying and receiving data at high efficiency.