BMME 765/ BME 522 -Advanced
Biomedical Instrumentation Date-Thursday-5 pm
Instructor - H. S. Hsiao 444 MacNider 919-966-2188 cell 919-225-9960 hsiao@med.unc.edu
EBII-2024 919-513-0962 MacNider 437 – 919-843-2527 hshsiao@gmail.com
Announcements-
*demos of HW2 Tuesday from Washington DC
*I have put more details into HW3 and my sleep program is on a link. You can use it to test your data files
*It may happen that the conference software may change to yugma ( www.yugma.com). You can sign up.
We may have to use this on Tuesday.
Students- HW1 HW2 HW3
UNC
Theresa Forshey tforshey@email.unc.edu ok ok
Zack Cashion zc@unc.edu ok ok
Bo Xiao box@email.unc.edu ok ok
Matt Cozon cozon@email.unc.edu ok ok
Sidd Shenoy sshenoy@email.unc.edu ok ok
Kuai Yu kuaiyu@unc.edu ok ok
NCSU
Doug Sterlina dpsterli@ncsu.edu ok ok
Joe Barge jabarge@ncsu.edu ok ok
Zack Nienstedt zcnienst@ncsu.edu
ok ok
Meredith Jones mljones3@ncsu.edu ok ok
Bruce Wiggin mbwiggin@ncsu.edu ok ok
Pablo Ramos paramos@ncsu.edu ok ok
Paul Gardea pagardea@ncsu.edu ok ok
Andrew Tucker awtucker@ncsu.edu ok ok
Gary Charles gcharle@ncsu.edu ok ok
Lecture Date Topic
1 Aug 19/21 Introduction (Aug 19 at UNC Aug 21 at NCSU)
2 Aug 26 Lecture 2 -VB –programming HW1
3 Aug 28 Lecture 3 -VB- USB/Basic Tools/skills HW2 with ftp instructions ws_ftp.exe
4 Sept 2 Lecture 4 -VB – Serial interface/mouse/ Sample Graph Stopwatch
5 Sept 4 Lecture 5 -VB –Sleep monitor Internet - HW3 Class example Reset Server (emergency only)
6 Sept 9 Lecture 6 -MicroComputer Programming – BS2 Naptime
7 Sept 11 D/A techniques #1
8 Sept 16 D/A techniques #2
9 Sept 18 A/D techniques #1
10 Sept 23 A/D techniques #2
11 Sept 25 Signal Processing -Digital Filtering
12 Sept 30 Signal Processing -Correlation
13 Oct 1 Midterm
14 Oct 7 Transducer Analysis – Cap/Resistance
15 no date Serial/Parallel/USB/wireless interfacing
Oct 9 Fall Break NCSU
16 Oct 14 LAN architecture
Oct 16 Fall Break UNC
17 Oct 21 Ethernet interfaces
18 Oct 23 LAN programming, PDA programming
19-23 Oct 28-Nov13 Examples of Microcomputer based instruments
Audiometer, Telemedicine, Surgery Robotics, monitors/graphics
24 Nov 18 RF/IR transmission techniques
25 Nov 20 Non-linear correction techniques
26 Nov 25 Starting a business
27 Dec 2 Malpractice, Ethics (last class UNC)
28 Dec 4 Project Reports (last class State)
Dec (TBA) Final Examination
Location (class and lab) – UNC 437 MacNider/ State 2024 EBII
Time – 2-3 pm T-Th (will be adjusted for NCSU)
Website – http://www.bme.unc.edu/academics/BMME765/
Goals – Students will be presented a wide range of instrument design skills.
These include initial concept design, programming microcomputers, programming higher level languages, interfacing transducers and output devices, Internet tools, project management, testing and measurement, data collection and biomedical research. Aspect of starting a business will also be presented (marketing, legal).
Students are expected to design several medical instruments in this class. Initially students will be given a design projects that will demonstrate their design skills. Specifically they will involve physiological sensors and signal processing hardware and software. In the latter half of the semester the students will work on individual or group projects.