weaving
Weaving involves interlacing two sets of yarn or threads called the warp and the weft, typically on a loom. The warp threads run vertically on the loom, while the weft threads are woven horizontally through the warp threads. By passing the weft thread over and under the warp threads in a specific pattern, different types of weaves and patterns can be created.
A weaving machine works by interlacing two sets of yarn or threads called the warp and weft. The warp threads are held taut vertically on the loom, while the weft thread is woven horizontally across the warp threads. The machine raises and lowers different warp threads to create a shed through which the weft thread is passed, resulting in the formation of a woven fabric.
They're called the warp - and the weft. The warp is the vertical threads attached to the frame - the weft is the threads drawn through the warp in the process of weaving.
The machine that spins and weaves cloth is called a loom. Looms are used to create fabric by interlacing threads under tension.
bottom is meant to be a weaver but he is also an actor and he turns into a donkey in the play
The process of representing continuous graphics object as a collection of discrete pixel is called Scan Convertion.
Execution context within a process is called Thread. Threads run, process does not. Every process starts with one thread.
The process of taking out threads from the cocoon for use as silk is called reeling the silk.
The memory space, where a given application is executed is called - process. A Process is the memory set aside for an application to be executed in. Within this process the thing, which is really executed is the thread. The key difference is that processes are fully isolated from each other; threads share (heap) memory with other threads running in the same application. Threads share the address space of the process that created it; processes have their own address. Threads have direct access to the data segment of its process; processes have their own copy of the data segment of the parent process. Threads can directly communicate with other threads of its process; processes must use inter-process communication to communicate with sibling processes. Threads have almost no overhead; processes have considerable overhead. New threads are easily created; new processes require duplication of the parent process. Threads can exercise considerable control over threads of the same process; processes can only exercise control over child processes. A great answer to the question can also be found here: (link moved to link section)
The long threads are called the warp and the shorter cross threads are called the weft.
Threads are implemented by a library that utilizes underlying kernel-supported threads of control, called light-weight processes (LWPs). http://java.icmc.usp.br/books/os/html/threads_lightweight_process.html
The fine threads in a cloth are called fibers. These fibers are woven together to create the fabric.