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This course introduces students to the principles of computation. Upon completion of 6.001, students should be able to explain and apply the basic methods from programming languages to analyze computational systems, and to generate computational solutions to abstract problems. Substantial weekly programming assignments are an integral part of the course.

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The importance of computer-based image processing is growing more and more as digital cameras proliferate and use of the World Wide Web expands. Also, many people use image processing computer software such as Photoshop. In this course, we will consider basic elements of computer-based image processing and aim to understand their principles. Through understanding the construction of functions implemented in commercial image processing software, we will work to learn practical basic knowledge so that students can find ways to improve on the weaknesses of these functions.

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We present an overview of language processing systems such as compilers and interpreters, which are basic software systems in many computer systems. We then explain details of compiler components such as lexical analysis, syntax analysis, and code generation. For syntax analysis, we introduce techniques such as recursive descent parsing and LR parsing. We also cover tools for compiler generation such as lex and yacc.

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This lecture is going to let students learn mathematics literacy applied to realistic problems according to the differentiation and integration which play an important role not only in the explanation of physical phenomenon, but also in the explanation of natural phenomenon, social phenomenon, and so on. In other words, after learning various forms of differential equations applied to realistic problems, we can say that the fundamental or more complicated phenomena will become universal after describing a subsystem as a part of them. Then we will learn about the properties of solution, the methods of solution and the meanings of solution in physics after determining the first and second order linear differential equation. Concerning the meanings of solution in physics, we are going to learn how to make algebraic explanations on the basis of circuit elements of alternating current electric circuit in complex domain, and we will introduce to the use of explanations in complex domain too.

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This class lectures as models of intelligent behaviors of human, problem-solving by search in state space, playing strategy in games, branch-and-bound method, supervised, unsupervised and reinforcement learning in neural networks.

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After showing how to use "conjugate simultaneous linear equation" to express both "equilibrium equation" and "transformation equation" of the mechanics of truss structure as well as using an identity equation which is just as simple as linear algebra, we are going to explain how to prove the law of virtual work, and also explain the significance of it through examples.

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A student can learn the organization and principle of a computer and make the use of the computer as a research method for analyzing and processing measurement results, and simulating some physical phenomena.

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Students are going to understand the structure of computer we use in our everyday life and study the relation between logic circuit, C Language and software.