-
Biomedical sensors ( heart monitors, pulse oximeters etc) (Jim
Logan)
- Inertial
Sensors and Dead Reckoning (Stephen Tully)
- IEEE
802.15.4 Products and technologies: What are the main applications? What
companies are out there? What are the protocol stack plans? What kind of radio
technologies are available today?
- IEEE 1451
standard for smart distributed sensors. What sensors are out there? What is the
purpose of the standard? How to apply it? What are the design lessons out of
that?
- Energy
harvesting technologies (Reino)
- Battery
technologies: different types of batteries, their technologies, prices,
capacities and the promise they hold for embedded systems
(Michael Barry)
- Design
tools for embedded systems: code authoring and generation tools, software
synthesis etc (e.g Matlab DSP kit, OCAPI etc) (Paa Kwesi)
- Chemical
sensor technologies and their applications (Anjan)
- Imaging for
sensor networks: Low power, low form factor cameras (e.g cell phone cameras, CMU
Cam, low resolution cameras etc) (Nathan Francis)
- Languages
for embedded systems
- Real-time
embedded operating systems (John Corwin)
- State of
the art GPS technologies (low power GPS receivers, differential GPS, indoor GPS,
GPS in mobile handsets) (Willy Wong)
- Time
services in IEEE 802.15.4 and IEEE 1451 (Andrew
Barton-Sweeny)
You can submit your homework by emailing me a zip file containing your files
or a URL where your files are posted.
The subject line of your email should
read "EENG 460 Homework # 1"
The html files will be posted after the deadline so that the class members can browse through the results.