EECS 70 Discrete Mathematics and Probability Theory Fall 2020 To Infinity And Beyond: Countability and Computability Note 11 This note ties together two topics that might seem like they have nothing to do with each other. The nature of infinity (and more particularly, the distinction between different levels of infinity) and the fundamental nature of […]
(* Question 1 *) (* Recall the following pipe combinator and pair combinators: *) (* let (|>) x f = f x *) let both f (x,y) = (f x, f y) let do_fst f (x,y) = (f x, y) let do_snd f (x,y) = ( x, f y) (* 1(a). Define a function that
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EECS 70 Discrete Mathematics and Probability Theory Fall 2020 Introduction to Discrete Probability Note 13 Probability theory has its origins in gambling — analyzing card games, dice, roulette wheels. Today it is an essential tool in engineering and the sciences. No less so in EECS, where its use is widespread in algorithms, systems, signal processing,
EECS 70 Discrete Mathematics and Probability Theory Fall 2020 Concentration Inequalities and the Laws of Large Numbers Note 17 Suppose we have a biased coin, but we don’t know what the bias is. To estimate the bias, we toss the coin n times and count how many Heads we observe. Then our estimate of the
EECS 70 Discrete Mathematics and Probability Theory Fall 2020 Random Variables: Distribution and Expectation Note 15 Recall our setup of a probabilistic experiment as a procedure of drawing a sample from a set of possible values, and assigning a probability for each possible outcome of the experiment. For example, if we toss a fair coin
EECS 70 Discrete Mathematics and Probability Theory Fall 2020 Note 14 Conditional Probability, Independence, and Combinations of Events One of the key properties of coin flips is independence: if you flip a fair coin ten times and get ten T ’s, this does not make it more likely that the next coin flip will be
Assignment 2: MIPS Multicycle Processor Assignment Outline Assignment 2 accounts for 15% of your overall mark in the EEE339 module. This assignment is to test your understanding of the behavioural specification of the MIPS-Lite multi-cycle processor design presented in the lectures. A sample Verilog code is available at Appendix A. You will need to add
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Answer Key TRUE/FALSE QUESTIONS: • T • F • F • T • T • F • F • F • T • T • T • F • T • T • T MULTIPLE CHOICE QUESTIONS: • A • C • A • B • D • B • C • A • B
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General Guidance The following guidance apply to all questions. Specific guidance to each question are given within the question. • In all questions, marks are awarded for the quality of your discussion and justification of your assumptions, choices, and conclusions. • In some questions, you are expected to research your answers and to cite appropriate
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Principle of Computer Organization Implementation of a Single Cycle CPU simulator Project due: 30 November, 23:59pm Introduction In this project, you are going to implement a single cycle CPU simulator called MiniCPU using C language. Your MiniCPU will demonstrate some functions of MIPS processors as well as the principle of the datapath and the control