What is the theory of hitchhiking?

The theory of hitchhiking is about how computer hardware and software processes commands simultaneously. Sometimes it is referred to as parallel computer technology and can be compared with the idea of ​​a parallel calculation. The main idea of ​​a concurrent calculation is that several processes use the same source and depends on it. Central for the theory of hitchhiking is the idea that there are an endless number of possible patterns and relationships that can create processes. Concomitant computer technology examines what is being processed and how processing is. While current processes that use the same sources are usually independent of each other, they can also interact. The idea of ​​interdependent processes is formed by the kernel of parallel charts of calculation and addiction.E or software. In these graphs and calculations, a dependent factor may be marked with the letter "C" or "D." The graphs of dependence illustrate that if two processes use a certain factor, there will be other processes that contain identical identifiers, also depending on the same factor.

Since the theory of hitchhiking is trying to explain how different processes and commands of computer technology occur, graphs of dependence not only identify what sources are used, but also the paths and routes that carry out the processes. It is important to take into account that the theory states that there is only a certain number of addictions or relationships that may occur with one factor. While the number of patterns in parallel calculation is endless, only the selected number of processes will form the same dependence or use the same source.

The theory

The theory of hitchhiking illustrates that parallel processes are mathematicals equal to each other. It is similar to the idea of ​​taking two parallel lines, drawing through the intersection line and measureing the angles on the opposite side of each intersection point. Although the parallel lines themselves intersect, they are identical and have the same value. In the case of a parallel calculation, the intersection line would be equivalent toisnosty.

The language used to represent different processes that use the same dependencies is binary. For example, one process can be represented "AC", while the other process is represented by the letters "A". The "0" binary value could be assigned the "AC" process and the binary value of 1 would be assigned to the "AB" process.