Dear Students,
Please pick one
topic from the enumerated list below and write your names and student codes
(yours and your friend’s who the 2-person group formed with) after the topic
via the following web-based link:
https://docs.google.com/spreadsheet/ccc?key=0AtO0fbknUewkdHVJS1JKQy16a0QwaWRjQ3cwR182U1E#gid=0
The essay title
is the topic name chosen.
Please write at
least 10 pages (A/4 size paper, Arial font type, 11pt font size, including max.
2 pages of block diagram, tables, pictures, etc.) at most 20 pages.
Write your
essay as a whole, for instance introduction is needed to place the topic,
briefly write about the main features of the processing device. Then continue
with writing your chosen topic in details. At the very end make some
conclusions to close the work.
Submission
deadline: May 02, 2014
Form of
submission: electronically in PDF format
to
krebesz@mit.bme.hu (confirmation email should be received within 24hours)
Tamas Krebesz
Lecturer
(Embedded and ambient systems)
---------------------------------------------------------------------------------------------
Micro-controllers:
Freescale-MC56F806 micro-controller:
1. Memory reset and interrupt
handling in Freescale-MC56F806 micro-controller
PIC16F87x micro-controller:
2. Analog Digital conversion in
PIC16F87x micro-controller
3. Memory handling in PIC16F87x micro-controller
4. Operation of the ports of PIC16F87x micro-controller
ATtiny2313 micro-controller:
5. Operation of the ports of
ATtiny2313 micro-controller
6. Operation of the CPU core of
ATtiny2313 micro-controller
7. Memory handling in ATtiny2313
micro-controller
8. Reset and interrupt handling in
ATtiny2313 micro-controller
9. Operation of timer/counter of
ATtiny2313 micro-controller
10. Power management and system
control in ATtiny2313 micro-controller
ATMega128 micro-controller:
11. Operation of the ports of
ATMega128 micro-controller
12. Operation of the CPU core of ATMega128 micro-controller
13. Memory handling in ATMega128
micro-controller
14. Reset and interrupt handling in ATMega128 micro-controller
15. Operation of timer/counter of ATMega128 micro-controller
16. Power management and system
control in ATMega128 micro-controller
ATtiny441 micro-controller:
17. Operation of the ports of ATtiny441
micro-controller
18. Operation of the CPU core of
ATtiny441 micro-controller
19. Memory handling in ATtiny441
micro-controller
20. Reset and interrupt handling in
ATtiny441 micro-controller
21. Operation of timer/counter of
ATtiny441 micro-controller
22. Power management and system
control in ATtiny441 micro-controller
Digital signal processors :
23. Description of the ADSP Sharc
DSP in general
24. Description of the ADSP Blackfin
DSP in general
25. Description of the TI 320C5514
DSP in general
26. Comparison of ADSP Sharc DSP and
ADSP Blackfin DSP
27. Comparison of ADSP Sharc DSP and
ADSP TI 320C5514 DSP
28. Comparison of TI 320C5514 and
ADSP Blackfin DSP
Field-programmable gate arrays:
29. Description of Xilinx Spartan 3E
FPGA in general
30. Description of Altera Cyclone
FPGA in general
31. Comparison of Xilinx Spartan 3E FPGA and Altera Cyclone
FPGA