PIV SOFTWARE
|
Policy |
High-end performance,
fast processing time, easy software operation, continued
version-up services
|
Features |

|
Wide
dynamic measuring range : 0.1
mm/s-400 m/s on 100x100
mm measuring size and in 640 x 480 pixel resolution |

|
High
sub-pixel resolution
: max. 0.1
pixel by 8-neighbours
2nd order least square interpolation |

|
Accurate
identification
: dual support of optimized grey level cross-correlation
method by direct
CCC calculation(PIV) and binary particle cross-correlation tracking(PTV) |

|
Fast
processing time by acceleration algorithm : less than 5 seconds for 28 x 28 grids on Pentium-III
550MHz(correlation size is 32 x 32 pixels and its searching
radius is 9 pixels), about 1/50 CPU time of the
conventional FFT routine |

|
Large
processing image capacity : up
to max. RAM memory
or extended to allowable hard disk memory, especially
adequate to complete time-series flow analysis |

|
Many
input sources
: analog CCD camera. digital camera, Hi-8mm camcoder,
high-speed video camera, gated image intensifier CCD,
high-resolution digital CCD up to 2K x 2K |

|
Wide
application of illumination sources : continuous Ar-Ion laser, Nd-Yag dual pulse
laser and general white lights |

|
Complete
support of friendly monitor talk |

|
Full
arrangement of post-processing routines : satisfactory high-quality
hard color copy, not relying on additional commercial
graphic software. |

|
Full
support of animation post-processing : with Motion-JPEG or non-compressed
base. |

|
Multi-vision
Measurement :
3 CCD camera(4:1 aspect ratio), Mosaic editing(Max.
15frames(HxV=5X3)), Support of cinematic animation. |

|
2-D
Surface Flow Measurement : at arbitrary camera angle. |
Advantages
|

|
Satisfactory
PIV technical supports
by domestic professional staffs |

|
Low
cost for continued
version-up of PIV software engine |

|
Versatile
hardware combination
to meet end-user's initial budget and further extension
to higher performance with minimum system changes |

|
Guaranteed
measurement accuracy
through many experimental benchmark examples |

|
Extensive
advanced technical announcement via Internet (http://203.230.247.19) |

|
Full
accessories support
of best quality from worldwide agents |
In the Future
|

|
4-D
extension by
simplified accurate identification and less CPU time |

|
Interface
with virtual reality(VR) for complete visual understanding of flow
behavior |