Abstract Purpose of this paper is to present the project that will use artificial intelligence and features of Altera FPGA board to imitate human. This problem was solved by using Cleverbot Google API and Altera FPGA board which has Linux system installed to run backend of our application. Frontend input and output peripherals will be used to read input from user and to present output to user. We present an implementation which has all the necessary features to be used for treating social anxiety disorder by simulating real human interaction by effectively employing such algorithms and system.

where w is the length of the path W, P(G, x) is the characteristic polynomial of the graph G and G-W is the graph obtained by deletion of the path W from G. For non-alternant systems the formulas for T(W) are much more complicated and are given elsewhere1. There is a straighforward interpretation of eq 1, namely T(W) can be understood as the (additive) contribution of the path W to the bond order Prs· The case of adjacent r and s is certainly the most interesting one, because of the well known relations between Prs and bond length, -bond strength, vibrational frequency, reactivity, etc.2 In the present study we shall consider exclusively the bond orders between the adjacent centers. Then since there is always a path of length one between the adjacent centers r and s, i.e., the bond connecting the atoms r and s, eq 1 is rewritten as