An enrolled iris template: $1110111001100101$

A probe iris code: $1110101111010100$

What is the hamming distance $($in terms of number of bits$)?$

Question $1$ options:

A$)5$

B$)6$

C$)7$

D$)8$

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$2.$ Given an iris verification system, you know the following information:

An enrolled template:

$101101011110111011000100$

A probe iris code:

$101110111100111011010111$

The system outputs a NON$-$MATCH result. Which of the following is true about the threshold for the system?

Question $2$ options:

A$)$ Less than $0\mathrm{.}2$

B$)$ Less than $0\mathrm{.}3$

C$)$ Greater than $0\mathrm{.}3$

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$3.$ Given an iris verification system, you know the following information:

An enrolled template:

$101001011110111011000110$

A probe iris code:

$101101011100101011011111$

The system outputs a match result.

Given a new probe iris code:

$111101011100101011011111$

Does the new iris code MATCH the enrolled template?

Question $3$ options:

A$)$ Yes

B$)$ No

C$)$ Inadequate information

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$4.$ An enrolled iris template: $1010101101100101$

A probe iris code: $1110111111010101$

Given a threshold $0\mathrm{.}35(35\%),$ do they match?

Question $5$ options:

A$)$ Yes.

B$)$ No

C$)$ Need more information to determine

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