程序代写 CS代考

1.1 1. 2. 3. 1.2 1.2.1 Your name: Your student number: How to use this Notebook Run the cells to get a birds eye view of whats going on. Interact with the code to better understand how it works add cells, plot values, change parameters, etc. Complete exercises. Principle Component Analysis Introduction Principle Component Analysis […]

Instructions for the assessment There are three lists (A, B and C) of questions for this assessment. You have been allocated one question from each list. Your allocated questions can be accessed from the “Your allocated questions” section below. You should attempt only these three allocated questions. You should write a SEPARATE R script for

CIS 340– Business Information Systems Development – I Assignment: Basic Decisions Learning Outcomes 1.1. Write if statements with a simple condition. 1.2. Convert strings to numbers and store in integer/double data types. 1.3. Use switch statements to choose between multiple options. 1.4. Perform math operations in Java Application Overview You are required to create a

问题描述： 主要是两部分内容： （1）基于DQN改进算法的单入口匝道快速路匝道控制研究。针对国内快速路网的特点，首先用vissim构建单入口匝道，并将DQN改进算法用于解决快速路的交通控制问题上，以单匝道快速路网为研究对象进行仿真实验，并与传统的快速路匝道控制方法进行对比分析。 （2）基于多智能体深度强化学习算法的多入口匝道快速路匝道控制研究。将单入口匝道拓展至多个入口匝道。首先用vissim构建多入口匝道，并将多智能体深度强化学习算法用于解决快速路的交通控制问题上，以多匝道快速路网为研究对象进行仿真实验，并与传统的快速路匝道控制方法进行对比分析 具体要求： 1 编程语言使用Python，交通可视化软件Vissim 4.30 2 按照文（考虑环境和能源因素的城市快速路动态多目标优化控制研究_余）两章内容，完成单入口匝道控制和多入口匝道协调控制 3 单入口匝道控制方法使用DQN算法，多入口匝道可使用现有其它的多智能体强化学习算法。状态、动作描述参考（宏观基于强化学习的城市快速路交织区入口匝道智能控制方法_韩靖），在奖励函数上考虑环境的影响（参考COPERT IV模型） 实现主要功能： • 能够实现上述两部分内容，即基于DQN和多智能体强化学习通过Python实现单、多入口匝道控制 • 能够得出一些图形等的比较，如DQN算法与无控制、传统方法（宏观基于强化学习的城市快速路交织区入口匝道智能控制方法_韩靖，包括单匝道的ALINEA和多匝道的BOTTLENECK方法）的比较（图和数据），具体比较过程参考文（考虑环境和能源因素的城市快速路动态多目标优化控制研究_余）。评价指标（TTS、TTD、TE）和流密速、排队长度等的比较图，保留数据。 主要目的：参考文（考虑环境和能源因素的城市快速路动态多目标优化控制研究_余），实现单、多匝道控制，具体内容为第3、4章，把控制方法改为强化学习，其余仿真与分析不变。仿真结果一定要有图！！ 此外，比较方法为无控制、传统方法参考（宏观基于强化学习的城市快速路交织区入口匝道智能控制方法_韩靖，包括单匝道的ALINEA和多匝道的BOTTLENECK方法）和强化学习方法。

ITEC-200 SQL Queries Homework Instructions Technical Learning Objectives • Be able to create simple and complex queries using Structured Query Language (SQL) that answer important business questions. Business Learning Objectives • Understand the concept of querying (asking questions) of a database, an essential skill for business analysts. Assignment Overview This assignment uses a company’s database

Quiz #3: Classes with Overloaded Operators ICS-33 Fall 2019 When working on this quiz, recall the rules stated on the Academic Integrity statement that you signed. You can download the q3helper project folder (available for Friday, on the Weekly Schedule link) in which to write/test/debug your code. Submit your completed modules online by Thursday, 11:30pm.

CS5481 Data Engineering Assignment 2 Deadline: 25OCT2019 Friday, noon no late submission will be accepted Points to note: Different books may have slightly different descriptions of concepts, algorithms and terminologies. To ensure fair assessment and uniformity in marking, you must follow the convention used in the lecture slides or our textbook Database System Concepts. Other

利用VMD算法对家用负荷暂态事件进行检测 对某用户中的六种负荷的暂态事件进行检测。在MATLAB/Simulink软件中搭建模拟电路如下图所示，设额定电压为220V，负荷的暂态事件结果用Scope以图像的形式输出。 表1 负荷状态序号值 负荷事件序号 负荷动作 实验序号 负荷动作 1 开启负荷1 7 关闭负荷5 2 开启负荷3 8 开启负荷6 3 开启负荷2 9 关断负荷3 4 开启负荷4 10 关断负荷2 5 关闭负荷4 11 关断负荷6 6 开启负荷5 12 关断负荷1 负荷电流曲线图 利用VMD算法实现以下内容： 做出电流I随时间t变化的幅值曲线图。在负荷电流幅值曲线图中表示出总负荷所处状态，每一种状态所代表的情况对应唯一序号值。 例： 选取电流I为暂态特征值，做出电流I随时间t变化的暂态事件辨识结果图。由暂态事件辨识结果表示暂态事件发生，负荷的启动与关断分别代表着不同的纵坐标幅值，以0轴为分界线，上方为设备启动，下方为设备关断。 例： 仿真模型已经搭完了，算法源程序也有，只需要调试成功即可

Instructions for the assessment There are three lists (A, B and C) of questions for this assessment. You have been allocated one question from each list. Your allocated questions can be accessed from the “Your allocated questions” section below. You should attempt only these three allocated questions. You should write a SEPARATE R script for

Instructions for the assessment There are three lists (A, B and C) of questions for this assessment. You have been allocated one question from each list. Your allocated questions can be accessed from the “Your allocated questions” section below. You should attempt only these three allocated questions. You should write a SEPARATE R script for