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2. Afghan (blanket) - Wikipedia

   en.wikipedia.org/wiki/Afghan_(blanket)

   Single-piece afghans are the simplest style to make and are especially popular with beginners. Mile-a-minute afghans are usually made in a number of separate strips, with a minimum of stitches per strip, and then the strips are joined. [6] Join-as-you-go afghans are made up of many different pieces, one of which begins where the last leaves off.

3. Argyle (pattern) - Wikipedia

   en.wikipedia.org/wiki/Argyle_(pattern)

   1812 portrait of Alexander Ranaldson Macdonell in patterned socks. The argyle pattern derives loosely from the tartan of Clan Campbell of Argyll in western Scotland, [1] used for kilts and plaids, and from the patterned socks worn by Scottish Highlanders since at least the 17th century (these were generally known as "tartan hose").

4. Chinese embroidery - Wikipedia

   en.wikipedia.org/wiki/Chinese_embroidery

   It is composed of intricate but symmetrical patterns, vibrant colours, varied stitches and a defined weave. Its use of primary colors, light and shade are reminiscent of western paintings. Shu Xiu (蜀绣) – Sichuan embroidery comes from areas around Chengdu, Sichuan Province. It is among the oldest known embroidery styles in Chinese ...

5. List of military clothing camouflage patterns - Wikipedia

   en.wikipedia.org/wiki/List_of_military_clothing...

   1931 Splittertarnmuster (splinter pattern) first used for tents, then parachutists' jump smocks, and finally for infantry smocks. This is a list of military clothing camouflage patterns used for battledress. Military camouflage is the use of camouflage by armed forces to protect personnel and equipment from observation by enemy forces.

6. 2025 NFL mock draft: How high can elite RB Ashton Jeanty go ...

   www.aol.com/2025-nfl-mock-draft-high-125040743.html

   The latest 2025 NFL mock draft takes a look at a possible landing spot for Ashton Jeanty, the Boise State star and Heisman Trophy hopeful.

7. Carry-skip adder - Wikipedia

   en.wikipedia.org/wiki/Carry-skip_adder

   This greatly reduces the latency of the adder through its critical path, since the carry bit for each block can now "skip" over blocks with a group propagate signal set to logic 1 (as opposed to a long ripple-carry chain, which would require the carry to ripple through each bit in the adder). The number of inputs of the AND-gate is equal to the ...