Database Driven Telemetric Monitors Promise Bright Future for Manufacturing

Database Driven Telemetric Monitors can introduce manufacturing companies to a new kind of innovation that incorporates current off-the-shelf software components that control GPS, RFID, telemetry systems and a host of additional database driven products that range from classical accounting software to new XML-sensor transportable software.

This related grouping of ideas is easily translated into prototype systems that can be developed completely by using any number of scripting languages that are currently available commercially. But, it is your database-design scenario that empowers you to easily adapt code and designs from other developers and from associated instrument developed Web sites.

The process of a clear vision into database-design ideas that encapsulate the crucial information points of connection between the envisioned-object and the intermediate-observable objects that constitute the system goal is controlled entirely by the scripted-scenario which carefully ties seemingly unrelated objects into one cohesive whole.

These prototype manufacturing-related scripting scenarios encompass improvements in existing methods or processes, or introduce wholly new processes and hint at new ways of using machines and systems. In addition, manufacturing innovation is fostered by this scenario-scripting technology aimed at increasing the competitive capability of manufacturing concerns.

The technology explored here is related to the need for all businesses to become more inclusive at all levels of their operation and design scripts that physically link manufacturing scenarios to classical database records. This linkage thus becomes the design-line that all development and final production operations follow and are thereby verifiable as valid information monitors.

An example of how scripts can be developed at four classical levels of a typical manufacturing business and then brought together into a master database-driven scenario is delineated by the following statements:

Scripts that describe unit process level technologies that create or improve manufacturing processes are written and extractions are incorporated into assigned tables as described by the master plan.

Machine level technologies that create or improve manufacturing equipment are researched and scripted and posted to the database;

Systems level technologies for innovation in the manufacturing enterprise are investigated and a scenario that matches your particular topic areas are established and recorded.

Environment or societal level technologies that improve workforce abilities and manufacturing competitiveness are merged into the other three scenarios and appropriately assigned a location in the database system.

The final fusion into the master scenario is now conducted and added to the database in conjunction with a suite of software reporting and data collection programs that also are connected to the overall scripting technology.

This completes the mechanics of time-line designs but the monitoring and data capturing adaptation is a never-ending process that calls for continuously improved scripting technologies.