Decisions in C / Assembly Language Review (1/2) °In MIPS Assembly Language: • Registers replace C variables • One Instruction (simple operation) per line • Simpler is Better • Smaller is Faster ° Memory is byte-addressable, but lw and sw access one word at a time. ° A pointer (used by lw and sw) is […]
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4 – combinational logic 2 Jan. 20, 2016 Read-only memory (ROM) using combinational logic circuits The truth tables are defined by “input variables” and “output variables”, and we have been thinking of them as evaluating logical expressions. Another way to think of a combinational circuit is as a Read Only Memory (ROM). The inputs encode
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CIS 471/571: Introduction to Artificial Intelligence, Fall 2020 Written Assignment 3: Solution Deadline: Nov 10th, 2020 Instruction: You may discuss these problems with classmates, but please complete the write- ups individually. (This applies to BOTH undergraduates and graduate students.) Remember the collaboration guidelines set forth in class: you may meet to discuss problems with classmates,
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CIS 471/571(Fall 2020): Introduction to Artificial Intelligence Lecture 2: Uninformed Search Thanh H. Nguyen Most slides are by Pieter Abbeel, Dan Klein, Luke Zettlemoyer, John DeNero, Stuart Russell, Andrew Moore, or Daniel Lowd Source: http://ai.berkeley.edu/home.html Announcement §Project 1 §Deadline: Oct 13th, 2020 §Written Assignment 1 §Will be posted today §Deadline: Oct 10th, 2020 Thanh H.
Instruction Representation 2 Review °MIPS defines instructions to be same size as data (one word) so that they can use the same memory (can use lw and sw). °Machine Language Instruction: 32 bits representing a single instruction R I opcode rs rt rd shamt funct opcode rs rt immediate °Computer actually stores programs as a
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Contemporary Logic Design Finite State Machine Design Chapter #8: Finite State Machine Design Contemporary Logic Design Randy H. Katz University of California, Berkeley June 1993 © R.H. Katz Transparency No. 8-1 Contemporary Logic Design Finite State Machine Design • Counters: Sequential Circuits where State = Output • Generalizes to Finite State Machines: Outputs are Function
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CIS 471/571(Fall 2020): Introduction to Artificial Intelligence Lecture 14: Bayes Nets – Independence Thanh H. Nguyen Source: http://ai.berkeley.edu/home.html Announcement §Homework 4: Bayes Nets and HMMs §Will be posted today (Nov 12, 2020) §Deadline: Nov 24, 2020 Thanh H. Nguyen 11/11/20 2 Probability Recap §Conditional probability §Product rule §Chain rule §X, Y independent if and only
5 – sequential logic 1 Jan. 25, 2016 Sequential Circuits All of the circuits that I have discussed up to now are combinational digital circuits. For these circuits, each output is a logical combination of the inputs. We have seen that these circuits can do arithmetic and other operations. But these circuits are not powerful
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C/Assembler Arithmetic and Memory Access Overview °C operators, operands °Variables in Assembly: Registers ° Addition and Subtraction in Assembly °Memory Access in Assembly Review C Operators/Operands °Operators:+,-,*, /,%(mod); •7/4==1, 7%4==3 ° Operands: • Variables: fahr, celsius • Constants: 0, 1000, -17, 15.4 °Assignment Statement: Variable = expression • Examples: celsius = 5*(fahr-32)/9; a = b+c+d-e;
CIS 471/571(Fall 2020): Introduction to Artificial Intelligence Lecture 5: Constraint Satisfaction Problems (Part 2) Thanh H. Nguyen Source: http://ai.berkeley.edu/home.html Announcements §Project 1: §Deadline: Oct 13th, 2020 §Homework 2: §Deadline: Oct 24th, 2020 §Will be posted today Thanh H. Nguyen 10/13/20 2 Reminder: CSPs § CSPs: § Variables § Domains § Constraints § Implicit (provide code