davidmc said:I believe the Human can have an advantage in that he can make a "feint" or "disrtacting move" & the 'puter won't be able to process it because it is illogical. Wonder if the 'puter can process/account for "sacrifices" 😕
I used to play all day long. Ever heard of the movie " Searching for Bobby Fischer" 😕 I liked it. Worth noting: "An algorithm (the word is derived from the name of the Persian mathematician Al-Khwarizmi), is a finite set of well-defined instructions for accomplishing some task which, given an initial state, will terminate in a corresponding recognizable end-state (contrast with heuristic). Algorithms can be implemented by computer programs, although often in restricted forms; an error in the design of an algorithm for solving a problem can lead to failures in the implementing program.
yes, you are correct, the human is basically playing against a chess program written by another human. If the program or algorithm contains a flaw, the execution of the program will be flawed. All a computer can do is execute a set of instructions.
However, AI (artificial intellegence) has come a long way recently and human behaviour is becoming easier to duplicate. Basic computers cannot think (and never will in my opinion) because thought is a bio-electrical process. It requires more than a silicon cored microprocessor. Until true 'cyborgs' are created only then will a computer be able to interface with an organic biological tissue to create independant thought patterns. Blood supply can be simulated with small battery powerer precision pumps and the electrical system can be supplied with signal processors to keep the tissue from degrading and the computer will be able to take information from the tissue rather than providing it with information, such as environmental data. Sensors to duplicate the human senses send information to and from the processors to create a feedback loop in order to manipulate the electrical currents in the tissue causing different (non logic based) chemical reactions, this fed back to the processors to engage mechanical actuators to create physical movement.
Before you know it the machine will be able to think.
This, ofcourse, is the stuff of Sci-Fi, in the meantime we will have to settle for the best chess players against the best programmers. (exciting)