Kano Requirement Analysis

SI.NO	Requirements	M/O/A
1	The board should accept all the modules connected to it	O
2	The casing should not have any sharp surfaces	M
3	The board should be able to supply the required voltages for I/O pins	M
4	The board should be easily fixed/removed from the casing	O
5	The software should be able to program all the modules/sensors connected	M
6	The casing material should be shock proof	O
7	The modules should be easily attached/detached	M
8	The UI should be able to demonstrate ongoing process	A
9	The system developed (Hardware + Software) should be affordable	O
10	Casing should be strong and efficient	M
11	Casing should be durable	M
12	The UI should work on all the browsers smoothly	O
13	The software and the UI developed should be user friendly	O
14	The board should be able to work in all environments	M
15	The material used for casing should be rigid	O
16	The material used for casing should be light weight	A
17	The material used for casing should be low cost	A
18	The material used for casing should not affect the board	O
19	The board should dissipate less heat	A
20	The board should not affect the casing material	O
21	The casing should have proper heat flow	O
22	The heat sink should be able to remove the heat from the casing	M
23	The heat sink should be light weight	O
24	The heat sink should be shock proof	M
25	The heat sink should not damage the board	M
26	The board should be able to connect all the modules	M
27	The board should be able to run the installed OS	M
28	The board should be able to execute the programs dumped	M
29	The board should be capable to execute multiple codes	O
30	The board should have good processing speed	O
31	The code written should be according to the sensors connected	M
32	The software should be able to interact with the board	M
33	The UI should display the components connected to the board	A
34	The software should run on all the operating systems	M
35	The software should communicate with the UI	O
36	The UI should display the code running on the board	A
37	The code written should consume less memory	A
38	If needed the code can be directly written on the board	A
39	The software must be able to communicate to the board and the UI at the same time	A

Where A - Attractive, O - One dimensional, M - Must be