程序代写 CS代考

ENGR30003: Numerical Programming for Engineers Semester 2, 2019 / Assignment 2 Marks : This assignment is worth 35% of the overall assessment for this course. Due Date : Monday, 21st October 2019, 5:00pm, via dimefox submission. You will lose penalty marks at the rate of 10% per day or part day late, and the assignment […]

EGB242 Assignment 2 25 Orbiting the Red Planet Released: Friday, 20th of September at 11:59pm Week 9 Group Plan Due: Friday, 27th of September at 11:59pm Week 10 Final Assignment Due: Friday, 18th of October at 11:59pm Week 12 Message from MARS242 Mission Control The chief engineers at BASA Headquarters are confident in your demonstrated

Introduction Mario Assignment 3 CSSE1001/7030 Semester 2, 2019 Version 1.1.0 20 marks The goal of this assignment is to extend the existing support code of a mario style 2D-platformer written in Python using tkinter. To be successful in completing this assignment you will have to use the concepts and skills that you have learnt. Specifically,

人工智能大作业题目 1、基于A*算法求解八数码问题 （1）至少定义3种不同的启发式函数，编程实现求解八数码问题的A*算法； （2）要求用可视化界面演示算法执行过程，应能选择预定义的启发式函数，能随机初始化初始状态，能单步执行，也能连续执行，能画出搜索树，同时标出估价函数在每个节点的各项函数值，能展示OPEN表和CLOSED表的动态变化过程； （3）能统计出扩展节点数和算法执行时间，以便对采用不同启发式函数的A*算法的性能做对比研究。 2、基于A*算法的最优路径规划系统 （1）基于真实地图实现，可以是位图背景加栅格坐标数据，也可以直接使用某种格式的GIS（地理信息系统）矢量地图，地图规模不能太小； （2）用户可以设置起点和终点； （3）要求用可视化界面演示算法执行过程，能单步执行，也能连续执行，画出扩展过的所有路径，画出最优路径，能展示OPEN表和CLOSED表的动态变化过程； （4）可考虑路况信息，改进启发式函数，以求更实用。 3、图搜索算法对比研究 （1）编程实现广度优先、等待价、深度优先、深度受限、迭代加深、最佳优先搜索算法； （2）要求用可视化界面演示算法执行过程，能单步执行，也能连续执行，能画出搜索树，能展示OPEN表和CLOSED表的动态变化过程； （3）用户可以自定义搜索图，通过实验研究各种图搜索算法的性能。 4、五子棋机器博弈系统 （1）编程实现一个五子棋主控程序，要求有可视化棋盘，有裁判功能，支持通过Socket接口连接选手，有清晰简洁的通信协议，支持循环赛赛程管理； （2）每个同学编写一个五子棋下棋算法，通过Socket接口接入主控程序，与其他机器选手对战。 5、基于回溯搜索的地图着色方法 （1）对中国地图中的省级行政区进行着色，最多使用四种颜色； （2）编程实现回溯算法用于地图自动着色； （3）研究回溯的改进算法，并编程实现。 6 用遗传算法求解TSP问题 （1）编程实现遗传算法，允许用户自定义算法参数； （2）要求用可视化界面演示算法执行过程，设置一个演示速度参数，以使演示进度可控； （3）提供自定义TSP问题的接口。 7、电脑故障诊断专家系统 （1）开发一个便于使用的电脑故障诊断专家系统，能根据用户提供的故障现象做出诊断并给出排除故障的建议； （2）建议使用产生式系统实现知识表示和推理； （3）要求知识库可维护； （4）最好能处理不确定性经验知识和不完全故障描述。 8、智能洗衣机模糊控制系统 （1）编程实现一个洗衣机模糊控制程序，能根据衣物量、污浊度、水温等信息自动调节水量、洗涤剂投放量、洗涤强度和洗涤时间等，可根据需要假定可行的传感器； （2）做一个可视化的仿真系统。 9、自选人工智能项目 （1）自选一个利用人工智能技术求解实际问题的小项目； （2）要有明确的人工智能算法； （3）要有良好的人机界面。

Overview and Rationale Course Outcomes ALY6000: Introduction to Analytics Student Assignment – Audits Data Analysis Being able to ask appropriate questions of data is an important part of the work of data analytics. It is also critical to be able to interpret the results of the analysis. This assignment is intended to familiarize you with

Visual Clustering Analysis of Social Network (40%) Social networks are ubiquitous. A fundamental problem related to these networks is the discovery of clusters or communities. Intuitively, a cluster is a collection of individuals with dense friendship patterns internally and sparse friendships externally. The discovery of close-knit clusters in these networks is of fundamental and practical

1. Goal Lab assignment 1: Modeling Linear Programming Tasks Heuristics and Optimization Computer Science, 2019–2020 The goal of this assignment is to learn to model linear programming (LP) and mixed integer program- ming tasks, and to solve them with two different tools: The LibreOffice spreadsheet and a modeling language, MathProg. 2. Problem statement A renowned

Homework 2 — Designing heuristics UWL CS452/552 Artificial Intelligence Fall 2019 For your second homework, please experiment with heuristics to optimize the A* search for solutions to configurations of my son’s game Rushhour. Rushhour is a children’s puzzle based on sliding blocks back-and-forth on a grid. One of the blocks represents the family car, which

School of Computing & Information Technology CSCI251/CSCI851 Advanced Programming Spring 2019 Assignment 2 (Worth 10%) Due 11:55pm Sunday 13th October 2019. Early diagram submission: 7pm Monday 23rd September 2019. Overview This assignment is to be implemented using object oriented programming. It involves implementing a simulation of an adventure in time, tracing the history of some

CS3331 – Assignment 1 due Oct. 8, 2019 (latest to submit: Oct. 11) 1. (60pt) For each of the following languages, prove whether it is regular or not. If it is, then – construct a NDFSM for it – convert the NDFSM into a DFSM (Note that you do not have to include trap/dead states)