Abstract: There is provided with an information processing apparatus. An acquisition unit acquires a first processing result including information for identifying the position of the mobile object and a second processing result including information for identifying the position of the mobile object. The first processing result is obtained by executing a first processing method on an image obtained by measuring at least surroundings of the mobile object by using a light receiving sensor installed on the mobile object. The second processing result is obtained by executing a second processing method different from the first processing method on an observation result obtained by observing the mobile object by using a light receiving sensor installed at a location at which it is possible to observe the mobile object.

Abstract: A job, or the copy, is transmitted to a designated destination. A transmission job or a printing job is stored in conjunction with a corresponding execution time in the job storage unit, so that a job can be selected from the job list and the execution time for the selected job can be changed. Further, the jobs stored in the print queue are displayed as a list, and a selected job is moved from the print queue to the job storage unit. In addition, the histories of jobs that were executed are displayed as a list, so that a specific job can be selected and re-executed. When logout is instructed, management data are examined in order to determine whether there is an unprocessed job that was previously instructed by the user. If an unprocessed job is found, the user is notified. If the operator is a manager, a menu is displayed so that all the jobs in the print queue can be deleted. When jobs are deleted, the owners of the individual jobs are notified.

Abstract: A job is selected from a job list, and is either copied or is extracted from a job storage unit. The job, or the copy, is transmitted to a designated destination. A transmission job or a printing job is stored in conjunction with a corresponding execution time in the job storage unit, so that a job can be selected from the job list and the execution time for the selected job can be changed. Further, the jobs stored in the print queue are displayed as a list, and a selected job is moved from the print queue to the job storage unit, so that the printing of the job in the print queue can be performed. In addition, the histories of jobs that were executed are displayed as a list, so that a specific job can be selected and re-executed. Furthermore, a process that is performed is managed for the user who instructed the process. When logout is instructed, management data are examined in order to determine whether there is an unprocessed job that was previously instructed by the user.

Abstract: A job is selected from a job list, and is either copied or is extracted from a job storage unit. The job, or the copy, is transmitted to a designated destination. A transmission job or a printing job is stored in conjunction with a corresponding execution time in the job storage unit, so that a job can be selected from the job list and the execution time for the selected job can be changed. Further, the jobs stored in the print queue are displayed as a list, and a selected job is moved from the print queue to the job storage unit, so that the printing of the job in the print queue can be performed. In addition, the histories of jobs that were executed are displayed as a list, so that a specific job can be selected and re-executed. Furthermore, a process that is performed is managed for the user who instructed the process. When logout is instructed, management data are examined in order to determine whether there is an unprocessed job that was previously instructed by the user.

Abstract: A remote controller for exchanging information using infrared rays requests the direct transmission of a user interface (UI) to a device to be controlled, such as a printer or a facsimile machine, or the indirect transmission through another device that is connected to the device that is to be controlled. When the UI is returned upon receipt of the request, the menu of functions that the device that is to be controlled can execute using the UI is displayed on the screen of the remote controller, and a command to select function that is selected from the menu is transmitted to the device that is to be controlled.

Abstract: A job is selected from a job list, and is either copied or is extracted from a job storage unit. The job, or the copy, is transmitted to a designated destination. A transmission job or a printing job is stored in conjunction with a corresponding execution time in the job storage unit, so that a job can be selected from the job list and the execution time for the selected job can be changed. Further, the jobs stored in the print queue are displayed as a list, and a selected job is moved from the print queue to the job storage unit, so that the printing of the job in the print queue can be performed. In addition, the histories of jobs that were executed are displayed as a list, so that a specific job can be selected and re-executed. Furthermore, a process that is performed is managed for the user who instructed the process. When logout is instructed, management data are examined in order to determine whether there is an unprocessed job that was previously instructed by the user.

Abstract: A client generates a request in accordance with an operation initiated by a user, and transmits the request to a server for a local apparatus or to another apparatus. The server interprets the received request, adds a job to a database, and generates and transmits operation screen information to the client. Then, a daemon monitors the database, and detects and performs an executable job. Furthermore, when the local apparatus is designated to display a job list, to select a job therefrom and to print it, the local apparatus processes the job. When another apparatus is designated to process a job, the job is transmitted to that apparatus. When the transmission source of the received job matches a transmission source that has been registered, the execution process is inhibited. The time for executing a selected job is designated and, so that the selected job will be executed at that time, is stored with the job.

Abstract: In an information processing system wherein a printer and a personal computer are connected together, when the printer receives a print job from a scanner, as there are a plurality of processes corresponding to the received printed job, the printer distinguishes between a print process to be performed by the printer and a print notification process to be performed for a user by the personal computer. When the printer initiates printing, it instructs the personal computer to perform the print notification process. Upon receipt of the instruction, the personal computer calls a user to notify the user that printing has been initiated.

Abstract: A client generates a request in accordance with an operation initiated by a user, and transmits the request to a server for a local apparatus or to another apparatus. The server interprets the received request, adds a job to a database, and generates and transmits operation screen information to the client. Then, a daemon monitors the database, and detects and performs an executable job. Furthermore, when the local apparatus is designated to display a job list, to select a job therefrom and to print it, the local apparatus processes the job. When another apparatus is designated to process a job, the job is transmitted to that apparatus. When the transmission source of the received job matches a transmission source that has been registered, the execution process is inhibited. The time for executing a selected job is designated and, so that the selected job will be executed at that time, is stored with the job.

Abstract: A printer that is instructed to perform a printing job analyzes the job and determines a process to be executed, and identifies the performances of the printer and other printers and their states. Based on the results of the analysis and on the states of the printers, the printer decides whether it should not perform a process or whether the process should be performed by another printer. It also decides whether a process is unnecessary or is not permitted for a user, and halts the performance of such a process. When it determines that a process should be performed by another printer, it transfers the job to that printer.