user35669: I was reading about external interrupts using the ATmega328p, and I saw in the chip datasheet under the paragraph "Bits 3:2 – ISC1n: Interrupt Sense Control 1 [n = 1:0]" the following table:
Value | Description 
------+------------------------------------------------------------
00    | The low level of INT1 generates an interrupt request.
01    | Any logical change on INT1 generates an interrupt request.
10    | The falling edge of INT1 generates an interrupt request.
11    | The rising edge of INT1 generates an interrupt request.

From what I understand from the table title and the definition in the datasheet that ISC1n where n=1|0, is dedicated for INT1. And that ISC0n where n=1|0, is dedicated for INT0. However, in the table above, the value 00 is described as "The low level of INT1 generates an interrupt request.". 
What I don't understand is how can ISC0n where n=1|0 be dedicated for INT0 but in the table above the value 00 (or ISC00) is used for INT1 ? I could totally be missing something but I would appreciate any guide.

user7508: 
From what I understand from the table title and the definition in the
  datasheet that ISC1n where n=1|0, is dedicated for INT1. And that
  ISC0n where n=1|0, is dedicated for INT0.

This is correct.

[...] in the table above the value 00 (or ISC00) is used for INT1

This is your misunderstanding. The value "00" in the table does not mean
ISC00. The "Value" column of the table is the value you get by
concatenating the bits ISC11 and ISC10. Thus:

"Value = 00" means ISC11 = 0 and ISC10 = 0
"Value = 01" means ISC11 = 0 and ISC10 = 1
"Value = 10" means ISC11 = 1 and ISC10 = 0
"Value = 11" means ISC11 = 1 and ISC10 = 1


user368: It's a typo. My revision of the datasheet (revision G) properly says "INT0".

35669: <p>I was reading about external interrupts using the ATmega328p, and I saw in the chip datasheet under the paragraph "Bits 3:2 – ISC1n: Interrupt Sense Control 1 [n = 1:0]" the following table:</p>

<pre><code>Value | Description 
------+------------------------------------------------------------
00    | The low level of INT1 generates an interrupt request.
01    | Any logical change on INT1 generates an interrupt request.
10    | The falling edge of INT1 generates an interrupt request.
11    | The rising edge of INT1 generates an interrupt request.
</code></pre>

<p>From what I understand from the table title and the definition in the datasheet that ISC1n where n=1|0, is dedicated for INT1. And that ISC0n where n=1|0, is dedicated for INT0. However, in the table above, the value 00 is described as "The low level of INT1 generates an interrupt request.". </p>

<p>What I don't understand is how can ISC0n where n=1|0 be dedicated for INT0 but in the table above the value 00 (or ISC00) is used for INT1 ? I could totally be missing something but I would appreciate any guide.</p>
 7508: <blockquote>
  <p>From what I understand from the table title and the definition in the
  datasheet that ISC1n where n=1|0, is dedicated for INT1. And that
  ISC0n where n=1|0, is dedicated for INT0.</p>
</blockquote>

<p>This is correct.</p>

<blockquote>
  <p>[...] in the table above the value 00 (or ISC00) is used for INT1</p>
</blockquote>

<p>This is your misunderstanding. The value "00" in the table does not mean
ISC00. The "Value" column of the table is the value you get by
concatenating the bits ISC11 and ISC10. Thus:</p>

<ul>
<li>"Value = 00" means ISC11 = 0 and ISC10 = 0</li>
<li>"Value = 01" means ISC11 = 0 and ISC10 = 1</li>
<li>"Value = 10" means ISC11 = 1 and ISC10 = 0</li>
<li>"Value = 11" means ISC11 = 1 and ISC10 = 1</li>
</ul>
 368: <p>It's a typo. My revision of the datasheet (revision G) properly says "INT0".</p>
