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edit approved Feb 20, 2020 at 18:32
Martin R
edit approved Feb 20, 2020 at 18:32
Martin R
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What you are describing are known as Langford sequences. An Internet search will give you http://legacy.lclark.edu/~miller/langford.html and other links.

(According to the Internet Archive that page has moved to http://dialectrix.com/langford.html).

Skolem or near Skolem sequences may also be of interest to you. I have a specialization of this I am studying: see Has anyone seen this version of ring toss (combinatorial object) before? .

Gerhard "Yes, Number Theory Is Involved" Paseman, 2011.07.23

What you are describing are known as Langford sequences. An Internet search will give you http://legacy.lclark.edu/~miller/langford.html and other links.

Skolem or near Skolem sequences may also be of interest to you. I have a specialization of this I am studying: see Has anyone seen this version of ring toss (combinatorial object) before? .

Gerhard "Yes, Number Theory Is Involved" Paseman, 2011.07.23

What you are describing are known as Langford sequences. An Internet search will give you http://legacy.lclark.edu/~miller/langford.html and other links.

(According to the Internet Archive that page has moved to http://dialectrix.com/langford.html).

Skolem or near Skolem sequences may also be of interest to you. I have a specialization of this I am studying: see Has anyone seen this version of ring toss (combinatorial object) before? .

Gerhard "Yes, Number Theory Is Involved" Paseman, 2011.07.23

replaced http://mathoverflow.net/ with https://mathoverflow.net/
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Community Bot
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What you are describing are known as Langford sequences. An Internet search will give you http://legacy.lclark.edu/~miller/langford.html and other links.

Skolem or near Skolem sequences may also be of interest to you. I have a specialization of this I am studying: see Has anyone seen this version of ring toss (combinatorial object) before?Has anyone seen this version of ring toss (combinatorial object) before? .

Gerhard "Yes, Number Theory Is Involved" Paseman, 2011.07.23

What you are describing are known as Langford sequences. An Internet search will give you http://legacy.lclark.edu/~miller/langford.html and other links.

Skolem or near Skolem sequences may also be of interest to you. I have a specialization of this I am studying: see Has anyone seen this version of ring toss (combinatorial object) before? .

Gerhard "Yes, Number Theory Is Involved" Paseman, 2011.07.23

What you are describing are known as Langford sequences. An Internet search will give you http://legacy.lclark.edu/~miller/langford.html and other links.

Skolem or near Skolem sequences may also be of interest to you. I have a specialization of this I am studying: see Has anyone seen this version of ring toss (combinatorial object) before? .

Gerhard "Yes, Number Theory Is Involved" Paseman, 2011.07.23

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Gerhard Paseman
Gerhard Paseman
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What you are describing are known as Langford sequences. An Internet search will give you http://legacy.lclark.edu/~miller/langford.html and other links.

Skolem or near Skolem sequences may also be of interest to you. I have a specialization of this I am studying: see Has anyone seen this version of ring toss (combinatorial object) before? .

Gerhard "Yes, Number Theory Is Involved" Paseman, 2011.07.23