Seawater Temperature Measurement System Based on Virtual Instrument

Wei Chen; Di Zhao

doi:10.4028/www.scientific.net/AMR.457-458.1424

Paper Titles

Spectral Prediction Model for Halftone Prints by Enhanced Clapper-Yule Model
p.1405

Spectrum Trade Model Based on Voronoi Diagram
p.1409

Acquisition Algorithm for GPS L2C Signal on Dual-Frequency Navigation Receiver
p.1413

Research Progress of Structural Seismic Design Thought
p.1420

Seawater Temperature Measurement System Based on Virtual Instrument
p.1424

Information Filtering Based on Immune Mechanism
p.1428

Design Principle and Error Analysis of a New Large-Range Ultrasonic Position and Orientation System Based on TDOA
p.1433

The Application of Visualization Technology in Advancement Degree of Difficulty Computing Process
p.1441

Modelling GM(1,1) under the Criterion of the Minimization of Mean Absolute Percentage Error
p.1447

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 457-458Seawater Temperature Measurement System Based on...

Seawater Temperature Measurement System Based on Virtual Instrument

Abstract:

The traditional measuring instrument of temperature mainly consists of different types of hardware, whose cost and scale are quite big, and whose operation is inconvenient. In many practical applications, describing the measured objects only by accurate values is not enough. Aiming at these problems, the design of sea temperature test system based on Virtual Instrument has been introduced in this paper. The temperature test system combines high performance PCI-6014 data acquisition card with sensor elements and amplifying circuit. On the basis of LabVIEW software platform, an application software for temperature measurement has been designed, whose functions include real-time acquisition of test signal, data processing and data display.