SPIE - Education Infrared Systems Architecture and Design for Future Market Trends SC1269

Description
This course explains basic technology and new market trends for infrared sensors for commercial and military applications. The course starts with a brief introduction to Infrared physics, phenomenology and history. Typical systems architectures will be discussed and how they may be changed by emerging technologies. The difficulties and barriers of introducing a new technology into Infrared cameras and systems will be covered. Potential disruptive technologies and embryonic technologies will be described, forecasted and applied to future markets and applications. New emerging applications and markets that are untouched, or little penetrated by the technology will be described, and the barriers that have prevented this technology to sufficiently enter these markets. The subject matter concentrated on infrared imagers (both commercial and military); although the images may not be presented to a human, but a computer, car or robot. Some non-imaging systems such as IRSTs, hyperspectral and sparse FPAs for certain applications are also discussed. Classic IR spectrometry, near-IR (as detected by silicon) and IR microscopy are not addressed.
Description
This course explains basic technology and new market trends for infrared sensors for commercial and military applications. The course starts with a brief introduction to Infrared physics, phenomenology and history. Typical systems architectures will be discussed and how they may be changed by emerging technologies. The difficulties and barriers of introducing a new technology into Infrared cameras and systems will be covered. Potential disruptive technologies and embryonic technologies will be described, forecasted and applied to future markets and applications. New emerging applications and markets that are untouched, or little penetrated by the technology will be described, and the barriers that have prevented this technology to sufficiently enter these markets. The subject matter concentrated on infrared imagers (both commercial and military); although the images may not be presented to a human, but a computer, car or robot. Some non-imaging systems such as IRSTs, hyperspectral and sparse FPAs for certain applications are also discussed. Classic IR spectrometry, near-IR (as detected by silicon) and IR microscopy are not addressed.

Suppliers

Company
Product
Description
Supplier Links
Infrared Systems Architecture and Design for Future Market Trends - SC1269 - SPIE - Education
Bellingham, WA, USA
Infrared Systems Architecture and Design for Future Market Trends
SC1269
Infrared Systems Architecture and Design for Future Market Trends SC1269
This course explains basic technology and new market trends for infrared sensors for commercial and military applications. The course starts with a brief introduction to Infrared physics, phenomenology and history. Typical systems architectures will be discussed and how they may be changed by emerging technologies. The difficulties and barriers of introducing a new technology into Infrared cameras and systems will be covered. Potential disruptive technologies and embryonic technologies will be described, forecasted and applied to future markets and applications. New emerging applications and markets that are untouched, or little penetrated by the technology will be described, and the barriers that have prevented this technology to sufficiently enter these markets. The subject matter concentrated on infrared imagers (both commercial and military); although the images may not be presented to a human, but a computer, car or robot. Some non-imaging systems such as IRSTs, hyperspectral and sparse FPAs for certain applications are also discussed. Classic IR spectrometry, near-IR (as detected by silicon) and IR microscopy are not addressed.

This course explains basic technology and new market trends for infrared sensors for commercial and military applications. The course starts with a brief introduction to Infrared physics, phenomenology and history. Typical systems architectures will be discussed and how they may be changed by emerging technologies. The difficulties and barriers of introducing a new technology into Infrared cameras and systems will be covered. Potential disruptive technologies and embryonic technologies will be described, forecasted and applied to future markets and applications. New emerging applications and markets that are untouched, or little penetrated by the technology will be described, and the barriers that have prevented this technology to sufficiently enter these markets. The subject matter concentrated on infrared imagers (both commercial and military); although the images may not be presented to a human, but a computer, car or robot. Some non-imaging systems such as IRSTs, hyperspectral and sparse FPAs for certain applications are also discussed. Classic IR spectrometry, near-IR (as detected by silicon) and IR microscopy are not addressed.

Supplier's Site

Technical Specifications

  SPIE - Education
Product Category Technical Courses and Programs
Product Number SC1269
Product Name Infrared Systems Architecture and Design for Future Market Trends
Type Course
Unlock Full Specs
to access all available technical data

Similar Products

Linemaster On – Site Technical Training -  - Linemaster Switch Corporation
Specs
Type Product Training; Course
Delivery OnSite
Industry Electronics
View Details
Creaform ACADEMIA -  - FARO CREAFORM
Specs
Type Continuing Education Credit (CEU)?; Credit
Delivery OnCampus
Technology / Subject Expertise Testing / Test Methods; Failure Analysis / Forensics; Inspection; Nondestructive Testing (Thermography, Radiography, etc.)
View Details
40 Hour Digital Radiography Course -  - Carestream NDT
Specs
Type Course
Delivery OnCampus
Industry Aerospace / Avionics; NDT
View Details