Abstract: A system and method for computational unification of heterogeneous implicit and explicit processing elements which supports the aggregation of any number of such processing elements. The system and method of the present invention supports the generation of a unified executable program through the use of directive statements which are analyzed in conjunction with the semantic structures in the parsed source code to generate appropriate source code targeted to the implicit and explicit processing elements. The computational unification system and method of the present invention further embodies expertise with the particular programming style and idiom of the various processing elements.

Abstract: A system and method for computational unification of heterogeneous implicit and explicit processing elements which supports the aggregation of any number of such processing elements. The system and method of the present invention supports the generation of a unified executable program through the use of directive statements which are analyzed in conjunction with the semantic structures in the parsed source code to generate appropriate source code targeted to the implicit and explicit processing elements. The computational unification system and method of the present invention further embodies expertise with the particular programming style and idiom of the various processing elements.

Abstract: A system and method for computational unification of heterogeneous implicit and explicit processing elements which supports the aggregation of any number of such processing elements. The system and method of the present invention supports the generation of a unified executable program through the use of directive statements which are analyzed in conjunction with the semantic structures in the parsed source code to generate appropriate source code targeted to the implicit and explicit processing elements. The computational unification system and method of the present invention further embodies expertise with the particular programming style and idiom of the various processing elements.

Abstract: A system and method for computational unification of heterogeneous implicit and explicit processing elements which supports the aggregation of any number of such processing elements. The system and method of the present invention supports the generation of a unified executable program through the use of directive statements which are analyzed in conjunction with the semantic structures in the parsed source code to generate appropriate source code targeted to the implicit and explicit processing elements. The computational unification system and method of the present invention further embodies expertise with the particular programming style and idiom of the various processing elements.

Abstract: A system for tracking transported grain. A writer records data into an RFID tag. The data includes at least a time when the RFID tag was handled with surrounding grain and information sufficient to determine a location of handling at the time when the RFID tag was handled with surrounding grain. A reader retrieves the recorded data from the RFID tag.

Abstract: A laser system 1 comprises six solid state diode laser modules 37.1 to 37.6 whose output beams are directly coupled into beam steering devices 38.1 to 38.6 and thereby routed to laser combining dichroic mirrors 39.1 to 39.6, which combine the individual laser beams into a single, co-aligned beam. The combined laser beam is directed into an optical fibre 41.1 for delivery to a target optical instrument such as a microscope. The output beam from delivery optical fibre 41.1 is coupled to the target instrument via fibre output collimating optics 42.1. The output of each of the diode lasers 37.1 to 37.6 is controlled by direct modulation of the lasers' control (drive) currents.

Abstract: A manipulator system 10 comprises a manipulator 14 which includes two pairs of adjustment screws 18a, 18b and 19a, 19b, which can be used to displace a lens group assembly 11 relative to the longitudinal axis of the manipulator when the lens group assembly 11 is inserted within the manipulator 14. The lens group assembly 11 comprises a holder 22 in the form of a hollow, cylindrical tube that has mounted in two lenses 12, 13. The holder 22 has a throughbore through which a laser beam may be passed in use. The manipulator system 10 can be used to adjust the tilt and displacement of the holder 22 (and hence of the pair of lenses 12, 13). Such adjustment will cause a laser beam passing through the manipulator system 10 and holder 22 to have, e.g., a particular pointing direction and shape when exiting the lens group assembly 11.

Abstract: A tracking device for transported grain. A tracking device for grain comprises a radio-frequency identification (RFID) tag dimensioned to have a size approximating surrounding grain. The tag comprises a memory and an RF communication channel. Data is stored in the memory, comprising at least a time when the RFID tag was handled with surrounding grain and information sufficient to determine a location of handling at the time when the RFID tag was handled with the surrounding grain.

Abstract: A system for tracking transported grain. A writer records data into an RFID tag. The data includes at least a time when the RFID tag was handled with surrounding grain and information sufficient to determine a location of handling at the time when the RFID tag was handled with surrounding grain. A reader retrieves the recorded data from the RFID tag.

Abstract: A tracking device for transported grain. A tracking device for grain comprises a radio-frequency identification (RFID) tag dimensioned to have a size approximating surrounding grain. The tag comprises a memory and an RF communication channel. Data is stored in the memory, comprising at least a time when the RFID tag was handled with surrounding grain and information sufficient to determine a location of handling at the time when the RFID tag was handled with the surrounding grain.

Abstract: A method and system of tracking transported grain. A radio-frequency identification (RFID) tag is provided for being deposited in a container with the grain. The tag is dimensioned to approximate a size of an individual grain, and comprises a memory and RF communication channel. The RFID tag further comprises data stored in the memory, the data including at least a time when the RFID tag was handled with surrounding grain, and information sufficient to determine a location of handling at the time the RFID tag was handled with the surrounding grain.

Abstract: A method and system of tracking transported grain. A radio-frequency identification (RFID) tag is provided for being deposited in a container with the grain. The tag is dimensioned to approximate a size of an individual grain, and comprises a memory and RF communication channel. The RFID tag further comprises data stored in the memory, the data including at least a time when the RFID tag was handled with surrounding grain, and information sufficient to determine a location of handling at the time the RFID tag was handled with the surrounding grain.

Abstract: The end face of an optical fibre 11 is polished at an angle to alter the cross-sectional dimensions of a light beam exiting the fibre through that end face to alter the cross-sectional circularity of the light beam after it has exited the fibre as compared to its cross-sectional circularity when it is in the fibre. For example, to increase the circularity of an exiting light beam, the angled fibre end face can be aligned such that the major axis of the sloping fibre end face is aligned with the major cross-sectional axis of the light beam in the fibre (i.e. perpendicular to the minor cross-sectional axis of the light beam in the fibre). This has the effect of reducing the length of the major cross-sectional axis of the light beam once it has exited the fibre.