After one hour briefing, The invited speaker entered the class to give the speech and also to show his research. Firstly, let me introduce to all of you his biodata. His name is Mr Vivek Panicker. He is Executive Director of Titan Thermal Solution.
The title for his presentation is Electronic System In Industry. The contents of his presentation can be divided to 4 section.
Overview of Electronic System
In this section, he explain the definition of electronics and also the role of electronic system in industry. He also said that this electronic system will be a mainstay in future development. Here I want to show to you all the readers the progression of electronic systems.
Miniature electronic device
Complex electronic device
Digital electronic device
Role of Electronic in Industry
In this section, there are many role ef electronics in industry which is vital to current information and technology era. It also can penetrated seamlessly through various industries and lastly more industries now are heavily dependent on electronics.
Then, conventional can be divided into few groups :
- Consumer Electronics
-Geared towards the push of consumer products.
- Industrial Electronics
-Process controlled equipment, robotic equipment for test and measurement.
- Defence
-Frontier of modern elecronics.
- Communications.
- Information Processing System
- Medical
- Imaging
After that, Mr Viveck explain more the field of imaging industry. Here, let me show to you all the readers what Mr Viveck show on his presentation.
Overview of Imaging Industry
Chemical Imaging
Digital Imaging
Geophysical Imaging
Medical imaging
Molecular imaging
Radar Imaging
After that, I want to brief more on Pixel & Resolution....
Pixel & Resolution..
- More pixels in an image, the more sharper and clearer the image.
Below image will show the proof of above statements..
Video & Frames....
- More frames per second, the lesser the jitter in the video.
Electronic within Thermal Imaging Industry
He also gave us a formula of incident image..
Incident image = Emitted image + Transmitted image + Reflected image
Graphical
depiction of the linear interpolation model for sub pixel 2D motion. The shaded
pixels represents the interpolated irradiance value at time k +
1.
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