upper computer

The system consists of an upper-computer display, a lower-computer execution control as well as an upper-lower computer communication.

The upper computer communicating with the scale model ship through a pair of RF transmitters, is placed on the shore.

The system comprises of four parts which are signal transmitter, receiver, signal channel and upper computer as a console.

Software design can be divided into the upper computer part and the lower computer part. The whole program is developed by C language.

The system software included upper computer system software and lower computer system software.

Upper computer system can be independent of the experiment, also assist lower computer in the experiment.

Data analyzing, processing, curve drawing and tendency forecasting are finished by the upper computer finally.

Upper computer system by the confirmatory experiment module, the whole experiment module, communication module.

The system is considered as the lower computer, and the upper computer is a PC of controlcenter.

The field monitor device is communicated with the upper computer through wireless communication technique.

Finally, conserved data is transmitted to the upper computer by FPGA interface for display and report generation.

The software consists of data acquisition, data processing and storage and monitoring and control software for upper computer.

The system hardware was composed of upper computer and lower computer.

The test results are displayed on the indication unit by the upper computer.

Upper computer writes the data acquisition application programs with VC and realizes the waveforms of data real-time display.

and the ARM reads the coded data from the DSP and achieves the real-time communication with the upper computer via the Ethernet.

It is composed of main control platform (upper computer), fixed platform and hanging platform.

Upper computer system can both stand-alone mode and online experiments.

The Remote fee_collecting system is a four-layer structure of meter, sampler, collector and upper-computer.

The upper computer, that is PC microcomputer, is the headquarters of this system.

Finally, the data files will be read and displayed on upper computer.

The upper computer software with good man-machine interface is developed using VB6. 0.

At last, the design method of human-machine interface of upper computer is presented based on VB6. 0.

The lower computer receives the experimental control parameters from the upper computer, and realizes remote experimental operation;

start up the upper computer and turn up the corresponding serial ports for configuration;

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