This paper presents steering behaviours through intelligent agents populating virtual or simulated environments. We present a reliable effort towards automatic path planning of intelligent computer agents with the integration of trajectory optimisation and obstacle avoidance techniques. Our approach will increase the level of accuracy in movement and would be reliable in the sense that the best computable path will always be available. Behaviour programming is facilitated by a set of presentations of the environment that uses convenient frames of reference in two dimensional coordinate systems. Four different steering ways are examined for movement of intelligent agents. Combinations of steering behaviours can be used to achieve high level goals of movement or locomotion. Our approach can be tailored to suit any particular need which requires automation in locomotion.
This paper presents a different way for implementation of onetime pad. The one-time pad are known as the mother of all encryption schemes, since it is known to be informationtheoretically secure in contrast to other encryption schemes used in practice, which are at most computationally secure. Our proposed way will make encryption impossible to crack if used correctly. We are implementing one-time pad encryption technique using both block cipher and one-way hash. In this proposed method each bit or character from the plaintext is encrypted by a modular addition with a bit or character from a secret random key of the same length as the plaintext, resulting in a cipher text. If the key is truly random and at least as long as the plaintext also never reused in whole or part and kept secret the cipher text will be impossible to decrypt or break without knowing the key.
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