Abstract: A method is for displaying budget information from a different financial databases respectively stored in computer systems. Each different financial database is associated with a respective organizational entity. The method includes using a memory and a processor cooperating with the memory to communicate with the computer systems, and import and store the different financial databases into the memory. The method includes using the processor to process the different numerical data and textual identifiers from the different financial databases, and provide a GUI to a user. The method includes using the processor to use shared codes and fields from each of the different financial databases to generate the numerical data and textual identifiers in the other different financial databases and associated to the numerical data and textual identifiers in the current menu, and update the different numerical data and textual identifiers for the user-selected items from the different financial databases.

Abstract: A method is for displaying budget information from a different financial databases respectively stored in computer systems. Each different financial database is associated with a respective organizational entity. The method includes using a memory and a processor cooperating with the memory to communicate with the computer systems, and import and store the different financial databases into the memory. The method includes using the processor to process the different numerical data and textual identifiers from the different financial databases, and provide a GUI to a user. The method includes using the processor to use shared codes and fields from each of the different financial databases to generate the numerical data and textual identifiers in the other different financial databases and associated to the numerical data and textual identifiers in the current menu, and update the different numerical data and textual identifiers for the user-selected items from the different financial databases.

Abstract: A budget information device may include a memory and a processor cooperating with the memory for importing and storing different financial databases into the memory. Each different financial database may include numerical data and textual identifiers. The processor and memory may be for processing the numerical data and textual identifiers from the different financial databases. The processor and memory may also be for providing a GUI to a user, the GUI including views for respectively accessing the numerical data and textual identifiers for each of the different financial databases. Each view may include a cross-reference feature for accessing numerical data and textual identifiers associated to numerical data and textual identifiers in a current view.

Abstract: A budget information device may include a memory and a processor cooperating with the memory for importing and storing different financial databases into the memory. Each different financial database may include numerical data and textual identifiers. The processor and memory may be for processing the numerical data and textual identifiers from the different financial databases. The processor and memory may also be for providing a GUI to a user, the GUI including views for respectively accessing the numerical data and textual identifiers for each of the different financial databases. Each view may include a cross-reference feature for accessing numerical data and textual identifiers associated to numerical data and textual identifiers in a current view.

Abstract: A budget information device may include a memory and a processor cooperating with the memory for importing and storing different financial databases into the memory. Each different financial database may include numerical data and textual identifiers. The processor and memory may be for processing the numerical data and textual identifiers from the different financial databases. The processor and memory may also be for providing a GUI to a user, the GUI including views for respectively accessing the numerical data and textual identifiers for each of the different financial databases. Each view may include a cross-reference feature for accessing numerical data and textual identifiers associated to numerical data and textual identifiers in a current view.

Abstract: A budget information and creation system includes a budgetary information database that has numerical data and textual identifiers imported from a remote site. The numerical data are extracted from the remote site into a spreadsheet application, and the textual identifiers are extracted from the remote site into a word processing application. An interface with a user for permitting the user to create a budget for a subdivision of the remote site uses at least some of the numerical data and textual identifiers. The created budget is transmitted to the remote site. A budget projection system permits the user to import and view a prior budget for a subdivision of the remote site using at least some of the numerical data and textual identifiers. The user is permitted to enter a projection variable, and the system calculates a projected budget based upon the projection variable and the prior budget.

Abstract: A budget information and creation system includes a budgetary information database that has numerical data and textual identifiers imported from a remote site. The numerical data are extracted from the remote site into a spreadsheet application, and the textual identifiers are extracted from the remote site into a word processing application. An interface with a user for permitting the user to create a budget for a subdivision of the remote site uses at least some of the numerical data and textual identifiers. The created budget is transmitted to the remote site. A budget projection system permits the user to import and view a prior budget for a subdivision of the remote site using at least some of the numerical data and textual identifiers. The user is permitted to enter a projection variable, and the system calculates a projected budget based upon the projection variable and the prior budget.

Abstract: A budget information and creation system includes a budgetary information database that has numerical data and textual identifiers imported from a remote site. The numerical data are extracted from the remote site into a spreadsheet application, and the textual identifiers are extracted from the remote site into a word processing application. An interface with a user for permitting the user to create a budget for a subdivision of the remote site uses at least some of the numerical data and textual identifiers. The created budget is transmitted to the remote site. A budget projection system permits the user to import and view a prior budget for a subdivision of the remote site using at least some of the numerical data and textual identifiers. The user is permitted to enter a projection variable, and the system calculates a projected budget based upon the projection variable and the prior budget.

Abstract: The budget information system includes a budgetary information database having numerical data and associated textual identifiers. Searching on the database permits receiving correlated budget data on a desired topic. The system is built by accessing a database containing raw budget data and textual information on a plurality of budgetary subdivisions. A list of titles of at least some of the budgetary subdivisions is compiled, and a first computer screen containing the list of titles is created. A numerical record on a selected budget subdivision is retrieved into a spreadsheet application, and a textual record on the selected budget subdivision is retrieved into a word processing application. A second screen is then formatted that contains the numerical record and the textual record in tabular form, and a link is provided between a title of the subdivision on the first screen with the second screen.