초록 ▼

A vehicle system controller for a vehicle having an engine, a motor/generator, and subsystem controllers is provided. The vehicle system controller includes a state machine having a number of predefined states which represent vehicle operating modes. The predefined states include a motor drive state

A vehicle system controller for a vehicle having an engine, a motor/generator, and subsystem controllers is provided. The vehicle system controller includes a state machine having a number of predefined states which represent vehicle operating modes. The predefined states include a motor drive state, which represents a vehicle operating mode wherein the motor/generator provides all driveline torques. The vehicle system controller further includes a set of rules which define logical relationships between each of the predefined states. A set of commands, unique to each state, are supplied to the subsystem controllers. The commands are provided to the subsystem controllers to achieve desired vehicle functionality within the states, and to transition between different states.

대표청구항 ▼

A vehicle system controller for a vehicle having an engine, a motor/generator, and subsystem controllers is provided. The vehicle system controller includes a state machine having a number of predefined states which represent vehicle operating modes. The predefined states include a motor drive state

A vehicle system controller for a vehicle having an engine, a motor/generator, and subsystem controllers is provided. The vehicle system controller includes a state machine having a number of predefined states which represent vehicle operating modes. The predefined states include a motor drive state, which represents a vehicle operating mode wherein the motor/generator provides all driveline torques. The vehicle system controller further includes a set of rules which define logical relationships between each of the predefined states. A set of commands, unique to each state, are supplied to the subsystem controllers. The commands are provided to the subsystem controllers to achieve desired vehicle functionality within the states, and to transition between different states. vice by counter values. 2. A production process standardization system as set forth in claim 1, wherein said measurement data extraction circuit comprises a circuit standardized in accordance with said standardized design rules, and said method of calculation of said evaluation data comprises a method of calculation tabulating said measurement data in a standardized format. 3. A production process standardization system as set forth in claim 1, wherein said system further comprises a standard value data storage means for commonly managing and storing standard value data of said evaluation data, said production process standardization apparatus further has a standard value data distributing means for distributing said standard value data stored in said standard value data storage means, said manufacturer terminal further has a standard value data receiving means for receiving said standard value data distributed by said standard value distributing means, and said evaluation data calculation method comprises a method of calculating a statistical average of said measurement data and using the calculated statistical average and said standard value data received by said standard value data receiving means to calculate a deviation value of said measurement data as said evaluation data. 4. A production process standardization system as set forth in claim 1, wherein said manufacturer terminal further has an evaluation data transmitting means for transmitting said evaluation data calculated by said evaluation data calculating means, said production process standardization apparatus further has an evaluation data receiving means for receiving said evaluation data transmitted by said evaluation data transmitting means, and said system further has an evaluation data storage means for storing said evaluation data received by said evaluation data receiving means. 5. A production process standardization system as set forth in claim 4, wherein said production process standardization apparatus further has an evaluation data distributing means for distributing said evaluation data stored in said evaluation data storage means, and said designer terminal further has an evaluation data receiving means for receiving said evaluation data distributed by said evaluation data distributing means. 6. A production process standardization system as set forth in claim 1, wherein said standardized design rule information has two-dimensional design rule information indicating a circuit layout of said semiconductor device and circuit characteristic parameter information indicating a model of characteristics of said circuit.7. A production process standardization system as set forth in claim 1, wherein said system further has a design asset data storage means for storing as design asset data the design data of said semiconductor device designed in accordance with said standardized design rules, said production process standardization apparatus further has a design asset data distributing means for distributing said design asset data stored in said design asset data storage means, and said designer terminal further has a design asset data receiving means for receiving said design asset data distributed by said design asset data distributing means. 8. A production process standardization system as set forth in claim 7, wherein said designer terminal further has a design asset data inputting means for inputting said design asset data and design asset data transmitting means for transmitting said design asset data input by said design asset data inputting means, said production process standardization apparatus further has a design asset data tabulating means for receiving said design asset data transmitted by said design asset data transmitting means, and said design asset data storage means stores said design asset data received by said design asset data tabulating means. 9. A production process standardization method