A system and method for the capture and storage of industrial process and operational machine data including operator input and environmental factors, the analysis thereof in order to identify elements of tribal knowledge therein, the storage of such elements of tribal knowledge for future reference and analysis and the deployment of such tribal knowledge, specifically in a manufacturing system.
Please help me write a proper abstract based on the patent claims. CLAIM: 1-18. (canceled) 19. A system for data collection, data analysis and tribal knowledge identification, and deployment of tribal knowledge in a manufacturing system comprising: a plurality of sensor inputs for the capture of data from the manufacturing system in the course of execution of an operation upon an artefact by an operator in accordance with a broad execution plan; a data collection unit for collecting the data; a first data transmission unit for the transmission of the collected data; a server for receiving and collecting the data transmitted from the first data transmission unit; a data storage unit located on the server; an analysis unit located on the server for the determination of manufacturing performance parameters based on the transmitted data; a historical data repository unit located on the server for the long term storage of the transmitted data and corresponding operational data parameters as well as historical data transmitted from previous manufacturing system executions and corresponding manufacturing performance parameters, including one or more of: historical operational data, historical operator input data and historical artefact data; an evaluation unit located on the server for comparison of the transmitted data against corresponding historical data in the historical data repository a logic unit located on the server for the determination of deviations in the data from corresponding historical data relating to the same or similar manufacturing system and/or from the broad execution plan and for the creation of one or more recommendations corresponding to alternative operational data that would result in improvements in the parameters relating to manufacturing performance; and a second data transmission unit for the transmission of the one or more recommendations corresponding to alternative operational data that would result in improvements in the manufacturing performance parameters. 20. The system of claim 19 wherein the plurality of sensor inputs comprises one or more of: manufacturing system sensor inputs for the capture of operational data from the manufacturing system in the course of the execution of the operation upon the artefact; operator sensor inputs for the capture of data inputted by the operator; and metrology equipment for the capture of data relating to the artefact being processed by the manufacturing system. 21. The system of claim 20 wherein the data comprises one or more of: operational data from the manufacturing equipment sensor inputs; data inputted by the operator from the operator sensor inputs; and data retrieved from the metrology equipment relating to the artefact being processed and data relating to the broad execution plan. 22. The system of claim 19 further comprising a display unit for the communication of information to the operator. 23. The system of claim 19 further comprising an input interface for the operator to input commands to the manufacturing equipment. 24. The system of claim 19 wherein the data storage unit comprises one or more of: a first data storage unit located on the server for the short term storage of the transmitted data from the first data transmission unit; and a second data storage unit located on the server for the storage of such determined improvements in operational parameters of the manufacturing equipment, manufacturing performance parameters and/or the artefact along with all transmitted data at the time of operation of the manufacturing equipment as well as such recommendations corresponding to alternative operator inputs that would result in improvements in the parameters relating to manufacturing performance. 25. The system of claim 21 wherein the logic unit comprises one or more of: a first logic unit for the determination of deviations in operator input data from corresponding historical data relating to the same or similar manufacturing equipment and/or from the broad execution plan; a second logic unit located on the server for the determination of deviations in operational data and artefact data from corresponding historical data relating to the same or similar manufacturing equipment and/or from the specifications of the broad execution plan; a third logic unit located on the server for the identification and analysis of relationships between determined deviations in operator input data and determined deviations in operational data and artefact data; a learning unit located on the server for the determination of improvements in one or more operational parameters of the manufacturing equipment, manufacturing performance parameters and/or the artefact based on the relationships determined by the third logic unit; a fourth logic unit located on the server for the comparison of operator input data against historical operator input data relating to the same or similar manufacturing equipment that has resulted in improvements in operational parameters of the manufacturing equipment, manufacturing performance parameters and/or the artefact; and a fifth logic unit located on the server for the determination of alternative operator inputs that would result in improvements in the parameters relating to manufacturing performance. a teaching unit located on the server for the creation of recommendations corresponding to alternative operator inputs that would result in improvements in the parameters relating to manufacturing performance. 26. The system of claim 20 wherein the manufacturing system sensor inputs comprise one or more of: a computerized numeric controller (CNC); a numeric controller (NC) and programmable logic controller (PLC); an accelerometer; a gyroscope; a thermistor; a thermocouple; a vibration sensor; an optical gauge; an eddy current sensor; a capacitive sensor; a power meter; an energy meter; a current meter; a voltage meter; an analog-to-digital sensor; and a digital sensor. 27. The system of claim 21 wherein the operational data comprises data relating to one or more of the following operational parameters: acceleration, vibration, temperature, position, energy usage, current drawn, voltage, power factor, magnetic field, distance, position, capacitance, and data reported by a CNC and/or PLC controller comprising one or more of: axes positions, axes feedrate, surface speed, path feedrate, axes acceleration, axes jerk, spindle speed, axis loads, spindle loads, program block being executed, program line being executed, current macro variables in CNC memory, alarms, messages, and other notifications. 28. The system of claim 20 wherein the metrology equipment comprises one or more of the following instruments: a gage block, a coordinate measurement machine, a go/no-go gage, a capacitance probe, a laser-based system, an air gage, a linear variable differential transformer probe, an articulating arm an interferometry device, a microscopy device, and a profilometry device. 29. The system of claim 19 wherein the server is a remote server located at a different location from the manufacturing system. 30. The system of claim 19 wherein the manufacturing performance parameters comprise one or more of the following parameters: productivity, efficiency, utilization, failure rate, rejection rate, first-time quality, overall equipment effectiveness, operating cost, product cost, production efficiency, rejection rate, rejection rate parts per million, rework rate, availability, in-cycle time, cycle time, available time, repair time, planned downtime, unplanned downtime, and total downtime. 31. The system of claim 19 wherein the historical data repository unit and the data storage unit are the same unit. 32. The system of claim 19 wherein the historical data repository comprises a data warehouse that performs one or more of the following functions: long term storage of all data transmitted during a given process step and/or broad execution plan; long term storage of all determined improvements in operational parameters of the manufacturing equipment, manufacturing performance parameters and/or the artefact; long term storage of all recommendations corresponding to alternative operator inputs that would result in improvements in the parameters relating to manufacturing performance; long term storage of all analytic operations performed upon such stored data; long term storage of all data and resulting information collected by the system as claimed in claim 1. 33. The system of claim 19 wherein the one or more recommendations are transmitted to the manufacturing equipment operator or any other person in real time during the course of execution of the manufacturing equipment operation. 34. The system of claim 19 wherein the second data transmission unit is capable of transmitting at least one of the following to any person at any point of time: operational data from the manufacturing equipment sensor inputs, data inputted by the manufacturing equipment operator from the operator sensor inputs, data retrieved from the metrology equipment relating to the artefact being processed and data relating to the broad execution plan; manufacturing performance parameters based on such transmitted operational data; historical data transmitted from previous manufacturing equipment executions and corresponding manufacturing performance parameters; determined deviations in operator input data from corresponding historical data relating to the same; determined deviations in operational data and artefact data from corresponding historical data and/or from the specifications of the broad execution plan; relationships between determined deviations in operator input data and determined deviations in in operational data and artefact data; improvements in operational parameters of the manufacturing equipment, manufacturing performance parameters and/or the artefact; alternative operator inputs that would result in improvements in the parameters relating to manufacturing performance; and recommendations corresponding to alternative operator inputs that would result in improvements in the parameters relating to manufacturing performance. 35. A method of data collection, analysis and tribal knowledge identification, and deployment of tribal knowledge in a manufacturing system, the method comprising: collecting data by means of a data collection unit; transmitting, by means of a first data transmission unit, the collected data to a server; storing the transmitted data on a data storage unit; analyzing the transmitted data, by means of an analysis unit, for the determination of manufacturing performance parameters based on the transmitted data; comparing, by means of an evaluation unit, the transmitted data against corresponding historical data in a historical data repository determining deviations in the data from corresponding historical data relating to the same or similar manufacturing system and/or from the broad execution plan and for the creation of one or more recommendations corresponding to alternative operator inputs that would result in improvements in the parameters relating to manufacturing performance; and transmitting the one or more recommendations to the manufacturing system and/or an output device. 36. The method of claim 35 wherein collecting data comprises collecting one or more of: operational data from manufacturing system sensor inputs; data inputted by an operator from operator sensor inputs; data retrieved from metrology equipment relating to an artefact being processed; and data relating to a broad execution plan 37. The method of claim 36 wherein determining deviations in the data comprises: determining, by means of a first logic unit, deviations in operator input data from corresponding historical data relating to the same or similar manufacturing equipment and/or from the broad execution plan; determining, by means of a second logic unit, deviations in operational data and artefact data from corresponding historical data relating to the same or a similar manufacturing system and/or from specifications of the broad execution plan; identifying and analyzing relationships, by means of a third logic unit, between the determined deviations in operator input data against determined deviations in operational data and artefact data; determining, by means of a learning unit, improvements in operational parameters of the manufacturing system, manufacturing performance parameters and/or the artefact based on the relationships determined by the third logic unit; storing, by means of a second data storage unit, of the determined improvements in operational parameters of the manufacturing system, manufacturing performance parameters and/or the artefact along with all transmitted data at the time of operation of the manufacturing system; comparing, by means of a fourth logic unit, operator input data against historical operator input data relating to the same or similar manufacturing equipment that has resulted in improvements in operational parameters of the manufacturing equipment, manufacturing performance parameters and/or the artefact; determining, by means of a fifth logic unit, alternative operator inputs that would result in improvements in the operational parameters of the manufacturing equipment and/or the artefact; creating recommendations corresponding to alternative operator inputs that would result in improvements in the operational parameters of the manufacturing equipment and/or the artefact, by means of the teaching unit; and storing, by means of the second data storage unit, the recommendations corresponding to alternative operator inputs that would result in improvements in the operational parameters of the manufacturing system and/or the artefact. 38. The method of claim 35 wherein collecting data by means of a data collection unit is conducted in real time during the course of execution of the manufacturing system operation. 39. The method of claim 35 wherein the recommendations are transmitted to the manufacturing equipment operator or any other person in real time during the course of execution of the manufacturing system operation. 40. The method of claim 36 where at least one of the following may be transmitted to any person at any point of time: operational data from the manufacturing equipment sensor inputs; data inputted by the manufacturing equipment operator from the operator sensor inputs, data retrieved from the metrology equipment relating to the artefact being processed and data relating to the broad execution plan; manufacturing performance parameters based on the transmitted operational data; historical data transmitted from previous manufacturing equipment executions and corresponding manufacturing performance parameters; determined deviations in operator input data from corresponding historical data relating to the same; determined deviations in operational data and artefact data from corresponding historical data and/or from the specifications of the broad execution plan; relationships between determined deviations in operator input data and determined deviations in in operational data and artefact data; improvements in operational parameters of the manufacturing equipment, manufacturing performance parameters and/or the artefact; alternative operator inputs that would result in improvements in the parameters relating to manufacturing performance; and recommendations corresponding to alternative operator inputs that would result in improvements in the parameters relating to manufacturing performance. 41. A method of providing one or more improved process parameters for a particular manufacturing operation, the method comprising: receiving, on a server, data associated with a plurality of manufacturing operations; storing the received data as historical data in a data storage unit on the server; receiving other data related to the particular manufacturing operation, the other data including an indication of a particular tool being used in the particular machining operation; determining, from among the historical data, the one or more improved process parameters for the particular manufacturing operation based on the other data received and at least one manufacturing performance parameter; and providing an indication of the one or more improved process parameters of the particular manufacturing operation. 42. A system for providing a user with one or more improved process parameters for a particular manufacturing operation defined by data specified by a user, the system comprising: an electronic database; a processing device adapted to receive data from manufacturing operations performed on one or more manufacturing systems via an electronic network and store and retrieve the data as historical data in the electronic database; and an interface device in electronic communication with the processing device, the interface device adapted to communicate the data specified by the user, wherein the processing device is adapted to: determine, from among the historical data, the improved process parameters for the particular machining operation based on the data specified by the user and at least one manufacturing performance parameter; and provide an indication of the one or more improved manufacturing parameters to the user. 43. The system of claim 42 further comprising one or more sensors disposed on each manufacturing system, wherein each of the sensors is structured to detect and communicate data from manufacturing operations performed on the manufacturing system. 44. The system of claim 42 further comprising a display in communication with the processing device, wherein the display is adapted to provide a visual indication of the one or more improved process parameters to the user.