Penentukuran Jarak Elektronik Menggabungkan Kaedah Pengukuran Zig-Zag Dengan Pelarasan Kuasa Dua Terkecil
There is a need for new EDM standard calibration procedures to fulfil the current market model of EDMs that uses infrared waves and visible light waves. Consequently, the standard conventional EDM test sites are presently unsuitable because the nature of wave properties and the purposes of EDM te...
Saved in:
| Main Author: | |
|---|---|
| Format: | Thesis |
| Language: | English |
| Published: |
2017
|
| Subjects: | |
| Online Access: | http://eprints.usm.my/45914/1/Penentukuran%20Jarak%20Elektronik%20Menggabungkan%20Kaedah%20Pengukuran%20Zig-Zag%20Dengan%20Pelarasan%20Kuasa%20Dua%20Terkecil.pdf |
| Tags: |
Add Tag
No Tags, Be the first to tag this record!
|
| Summary: | There is a need for new EDM standard calibration procedures to fulfil the
current market model of EDMs that uses infrared waves and visible light waves.
Consequently, the standard conventional EDM test sites are presently unsuitable
because the nature of wave properties and the purposes of EDM test today are
different. The overall research objectives is to present a new EDM testing technique
and to show the effectiveness of zig-zag distance measurement with reflection from
front surface mirror on infrared and visible light waves EDM; introducing small
EDM test site in laboratory; assessing the relevant elements in designing the test site
that affects EDM accuracy measurement; forming the least squares method of
statistical analysis for precise assessment on the quality of operation and the tests
results; and producing a computer assisted decision support system in managing the
measurement process. The research approach adopted includes observations and
interviews, questionnaires distribution, analysis of previous EDM test data obtained
from JUPEM’s records, environmental impact tests such as temperature and
pressure, and assessment on the results of the least square adjustment. The research
outcomes has successfully combined the design of new test site with least square
adjustment technique specially developed for EDM tests that can produce standard
error value up to 10-7m. |
|---|