01 |
Safety |
7 |
Much safer than datum |
|
Ease of use |
16 |
Working of this system is much easier than datum |
|
Portability |
-6 |
Not portable than datum |
|
Use of standard parts |
7 |
Number of parts are less and easy to use |
|
Cost |
-7 |
Cost is more than datum |
|
Speed |
8 |
Optimum speed is maintained |
|
Automation |
14 |
Have best use of automation than datum |
|
|
|
|
02 |
Safety |
7 |
Safer than datum |
|
Ease of use |
8 |
Working of this system is easier |
|
Portability |
6 |
Easy to portable |
|
Use of standard parts |
7 |
Number of parts are less and easy to use |
|
Cost |
7 |
Cost is less than datum |
|
Speed |
-8 |
Less optimum speed is maintained |
|
Automation |
7 |
Have good use of automation than datum |
|
|
|
|
03 |
Safety |
0 |
Datum |
|
Ease of use |
0 |
Datum |
|
Portability |
0 |
Datum |
|
Use of standard parts |
0 |
Datum |
|
Cost |
0 |
Datum |
|
Speed |
0 |
Datum |
|
Automation |
0 |
Datum |
|
|
|
|
04 |
Safety |
7 |
Safer than datum |
|
Ease of use |
8 |
Working of this system is easier |
|
Portability |
-6 |
Not easy to portable |
|
Use of standard parts |
7 |
Less parts are used |
|
Cost |
-7 |
Cost is more than datum |
|
Speed |
-8 |
Less optimum speed is maintained |
|
Automation |
7 |
Have good use of automation than datum |
|
|
|
|
05 |
Safety |
7 |
Safer than datum |
|
Ease of use |
8 |
Working of this system is easier |
|
Portability |
6 |
Easy to portable |
|
Use of standard parts |
7 |
Number of parts are less and easy to use |
|
Cost |
7 |
Cost is less than datum |
|
Speed |
8 |
Optimum speed is maintained |
|
Automation |
-14 |
Have a poor use of automation than datum |
|
|
|
|
06 |
Safety |
-7 |
Not safer than datum |
|
Ease of use |
8 |
Working of this system is easier |
|
Portability |
-6 |
Not easy to portable |
|
Use of standard parts |
7 |
Number of parts are less and easy to use |
|
Cost |
-7 |
Cost is more than datum |
|
Speed |
8 |
Optimum speed is maintained |
|
Automation |
7 |
Have good use of automation than datum |