Method and sytem for developing technical configurations

Abstract

A method for developing a technical configuration and electronically delivering to a client from a server an order report for the technical configuration. The method comprises interactively eliciting and electronically receiving from a user on the client a desired technical configuration, wherein the act of interactively eliciting and electronically receiving comprises providing to the client from the server a limited configuration engine and performing a first, limited check on the viability of the desired technical configuration on the client using the limited configuration engine; performing a second, final check on the viability of the desired technical configuration using a full configuration engine on the server; and, in response to the final check, preparing and outputting on the client an electronic order report.

Description

BACKGROUND OF THE INVENTION [0001] 1. Field of the Invention [0002] This invention relates to computerized configuration methods and systems. More particularly, this invention relates to computerized methods and systems for developing technical configurations and electronically delivering order reports to a client. The methods and systems are implemented in computer hardware and software. [0003] 2. Background Information [0004] Large amounts of data and programs for a great variety of tasks are currently available on the Internet. Some of these applications are useful for performing discrete logical tasks, while others are available to retrieve data. Still other applications are available that may aid in the selection and customization of products, such as vehicles or computers, or services, such as the availability of flights and corresponding fare information. In these selection / customization tools for products or services, the manufacturer of the product or the service provider m...

AI Technical Summary

Benefits of technology

[0021] The above methods offer a number of advantages. Because limited configuration information and limited configuration programs are sent to the client, the client is able to do a significant amount of the processing involved in creating a technical configuration. At the same time, interaction with the server may be decreased. In addition, the data downloaded to the client is properly allocated so that not all of the configuration information or configuration programs that exist on the server are sent to the client. The above methods aid in the allocation of information to the client. The client, therefore, is not overloaded with processing, and data transfer time is kept to a minimum.

[0023] One advantage of the above method is that data is properly allocated between the client and the server. Limited option attributes and limited option rules are sent from the server to the client, so the client is able to do a significant amount of the processing involved in creating a technical configuration. In addition, the data downloaded to the client is properly allocated so that not all of the full option attributes and full option rules that exist on the server are sent to the client. The client, therefore, is not overloaded with processing, and data transfer time is kept to a minimum. After a full check of the viability of the proposed product configuration is determined on the server, additional option rules may be sent to the client from the server so that the user may properly configure the product.

[0026] Much like the methods of the invention above, the above apparatus and computer-readable medium properly allocate data and information between the server and the client. The limited configuration engine which is sent to the client contains enough data to allow the user to enter a desired configuration, yet a full configuration engine exists on the server to ensure that the desired configuration is viable. The client, therefore, is not overloaded with processing, and data transfer time is kept to a minimum.

Problems solved by technology

When these options and interrelationships are complex, large and detailed software may be necessary for electronic configuration systems.

A user may become impatient waiting for a graphics-oriented Web page or detailed data to appear on his / her computer screen.

Information delivery on the Internet can be frustrating, because it is much slower than delivery of data from the consumer's computer hard drive or main memory.

JavaScript also has a limited ability to interact with the user.

There are problems associated with both client-side and server-side computational and interactive systems.

When a large amount of time is spent transferring data over the Internet, this may not only be annoying to the user, but it may also clog the network with unnecessary data transfer.

Additionally, only a limited amount of space in the memory of the client is available.

One result of this may be that interface and options offered to the client are limited.

The client's sense of control over the transaction may therefore be less than desired.

Server-side programs may also have undesirable attributes.

Much like client-side systems, a large amount of time may be spent transferring data to and from the server.

A great deal of time may therefore be spent on the network validating information and processing data on the server.

Such a system puts a heavy load on the server.

In addition to these drawbacks, the user may be annoyed by the large amount of time necessary to interact with the server and update information on the client machine.

For some technical configuration tasks, such as products where manufacturers offer detailed option choices for configuration, configuring the product may be further complicated by the complex interrelationships and links between different options.

Although in some configuration tasks it would be desirable to provide at the client an environment that is as option-rich as possible, technical limitations are encountered that limit the amount of logic and data that may be transferred to the client.

For complex configuration tasks, the transmission of all of the logic to the client may be both time consuming and impractical due to memory space; on the other hand, a pure server-side embodiment may require a large amount of interaction between the server and the client as well as a heavy load on the server.

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