CS510 HW Assignment 1 Due date: 10/15/2018 Programming Assignment (100 points) Part 1 Sliding Brick Puzzle Many of you might have played one or another version of the “sliding brick puzzle” (SBP). If you have not, you can play one here. You can also find a video here. For the next several assignments, you will […]
人工智能 AI 搜索 程序代写 CS510 HW Assignment 1 Read More »
CS440/ECE448 Fall 2018 Assignment 1: Search Due date: Monday September 24th, 11:55pm Credits: Berkeley CS188 Pacman projects Updated By: Micky Abir, Chris Benson, Krishna Kothapalli, and JD Lee In this assignment, you will build general-purpose search algorithms and apply them to solving puzzles. In Part 1, you will be in charge of a “Pacman” agent
人工智能 搜索算法代写 CS440/ECE448 Read More »
Semester 2 2018 COMP3702/7702 ARTIFICIAL INTELLIGENCE ASSIGNMENT 1: Search for Movers Note: Thisassignmentconsistsoftwoparts:Programmingandreport. You can do this assignment in a group of at most 3 students. This means you can also do the assignment individually. Forthosewhochoosetoworkinagroup: o All students in the group must be enrolled in the same course code, i.e., all COMP3702 students or
java 人工只能代写 COMP3702/7702 ARTIFICIAL INTELLIGENCE ASSIGNMENT 1: Search for Movers Read More »
CSE2AIF – Artificial Intelligence Fundamentals 2018 Individual Assignment 1 Due Friday 31 August 2018, 10:00am General Information This assignment is to be done individually, and contributes 10% of your final mark for this subject. The submission date for the assignment is Friday 31st August 10:00am. Submission is electronic. Details of what to submit are provided
lisp人工智能AI代写 CSE2AIF Assignment 1 Read More »
Maze assignment for Constraint Processing Theory July 27th, 2018 In this exercise you will have to write a program that can help you find a way out of a maze – labyrinth. Suppose the design of the maze is given in a form of f ield(x1, y1, x2, y2, 1). meaning, that there is a
prolog代写: Maze assignment for Constraint Processing Theory Read More »
COMP3308 – Introduction to Artificial Intelligence Semester 1, 2018 Assignment 2: Classification Deadlines Submission: 5pm, Friday 18th May, 2018 (week 10) This assignment is worth 20% of your final mark. Task description In this assignment you will implement the K‐Nearest Neighbour and Naïve Bayes algorithms and evaluate them on a real dataset using the stratified
人工智能机器学习代写: COMP3308 Assignment 2: Classification Read More »
## Instructions: 1. This note book contains instructions for **COMP9318 Final-Project**. * You are required to complete your implementation in a file `submission.py` provided along with this notebook. * You are not allowed to print out unnecessary stuff. We will not consider any output printed out on the screen. All results should be returned in
机器学习代写: COMP9318 Final-Project fool classifier Read More »
COMP3411/9414/9814 Artificial Intelligence Session 1, 2018 Assignment 2 – Heuristics and Search Due: Sunday 29 April, 11:59pm Marks: 10% of final assessment Question 1: Search Algorithms for the 15-Puzzle (2 marks) In this question you will construct a table showing the number of states expanded when the 15-puzzle is solved, from various starting positions, using
COMP3411/9414/9814 Artificial Intelligence Session 1, 2018 Assignment 1 – Prolog Programming Due: Friday 6 April, 11:59pm Marks: 12% of final assessment for COMP3411/9414/9814 Artificial Intelligence Specification In this assignment, you are to write Prolog procedures to perform some list and tree operations. The aim of the assignment is to give you experience with typical Prolog
prolog代写: COMP3411/9414/9814 Artificial Intelligence Assignment 1 – Prolog Programming Read More »
Software Agents and Optimisation (6G6Z1109_1718_9Z6)Term 2: Lab 7In the lecture, we talked through the circle placement algorithm; given an ordered set of circles, this simply places each circle, one-by-one (in the order in which they are specified) in the space, in such a way that (a) no circles overlap, and (b) when each circle is
遗传算法processing代写: Software Agents and Optimisation (6G6Z1109_1718_9Z6)Term 2: Lab 7 Read More »