Algorithms and Data, Summer 1 Problem Set 3 Due Wed, June 1 9PM As usual, write up your answers separately from your partner, and name your partner on your PDF and in your code. Submit the zipped file 4800_XX_PS3.zip containing PS3.pdf, Quicksort.java, Bucketsort.java, and any supplemental Java files. You and your partner should both submit. […]
Algorithms and Data, Summer 1 Problem Set 3 Read More »
Due May 25, 9PM Write up the answers to part I and an explanation of your strategy for part II in a file called PS2.pdf. Zip this with Dijkstra.java and any other supplemental code for part II in a file called 4800_PS2_XX.zip, where XX are your initials, and submit on Blackboard. Be sure to name
Algorithms and Data, Summer 1 Problem Set 2 Read More »
Due: Submission Mechanism: Submission Materials: Assessment Criteria: Introduction 5:00pm, Friday, 29 May, 2015 (but see Late Submission Policy) PDF to Turnitin; code and system outputs on the CIS servers (where appropriate) Written report in PDF, as project 1; code and system outputs as necessary Creativity, Critical Analysis, Soundness, Report Quality COMP30018/COMP90049 Knowledge Technologies, Semester 1
CP2011 Assignment Details, SP1 2015 The coding project is designed to assess how you problem solve and implement a client/server architecture using HTML5/CSS/JS on the client-side and Java 1.8 Servlets and JDBC on the server-side. Your task is to design and implement a prototype electronic weather tracking system that could be deployed on PCDuino devices
CP2011 Assignment Details, SP1 2015 Read More »
CS2105, Semester 1, 2015/2016—Assignment 2 1 National University of Singapore School of Computing CS2105: Introduction to Computer Networks Semester 1, 2015/2016 Assignment 2 Reliable File Transfer Protocol Release date: 21 September 2015 Due: 16 October 2015, 23:59 Overview In this assignment, you will be writing the sending and receiving transport-level code for imple- menting a
CS2105: Introduction to Computer Networks Read More »
YASL Interpreter Your task for this project will be to write an interpreter for YASL. Since we will want to use the console input/output for the interpreted program to interact with the user, the interpreter will need to take the name of the YASL source file as a command-line parameter. For example, suppose that we
数据库课程设计 语言要求：java和MySQL 要求：设计一个系统像Uber一样能实现叫车服务。必须使用数据库进行数据存储，必须是做成一个网页上传到服务器（数据库也在服务器端），然后老师可以在自己的电脑上输入网址来访问这个网页。 具体要求：有一副地图显示人所在的位置（这个地图可以随意自己找一个城市的固定地图，例如洛杉矶downtown），然后输入10，代表显示周围十公里内的车，然后在地图上显示出一个个小点，点击这个小点，就能选中这辆车。然后通知这辆车的驾驶员与其联系。 所以说我个人的理解是数据库至少要有这几张表：第一个是保存用户信息的，第二个是保存司机信息的，第三个是保存当前在线司机的信息的（地点坐标），代表了现在有几辆车待命，他们的位置又在哪。 其他的表我就不是很清楚了。 文档要求：数据库的关系模型，数据库的ER图，SQL 语句 最主要目标是做好这个网页，老师不看代码，只要发给他URL即可。 因为老师根本没有给出具体要求的文档，就是说要设计一个系统像Uber一样能实现叫车服务。必须使用数据库进行数据存储，必须是做成一个网页上传到服务器（数据库也在服务器端），然后老师可以在自己的电脑上输入网址来访问这个网页。 请问下价格评估 还有时间是一周内 不是的，不要真的和出租车合作的 是自己在数据库中输入一些出租车的位置 然后进行查找 然后网页上应该是有给司机注册的，还有给用户进行注册的 然后数据的话不是实时数据，只是预先输入进去的数据，例如自己输入100辆出租车的位置信息到数据库中 对，用java，数据库类型MySQL 因为这两个我看得懂 如果真要解释的话我也能扯一下
The University of Melbourne SWEN40004: Modelling Complex Software Systems Assignment 1 First Semester, 2015 Due Date: 11:00am, Monday 20 April, 2015 1 Introduction This handout specifies assignment 1, which is worth 25% of your final mark. This project provides an opportunity for you to develop your skills in developing a computational models of a complex
Modelling Complex Software Systems Assignment 1 Read More »
Course Project Deliverable #3: BaM Interpreter (Applying Semantics) COSC 252, Fall 2015 Jeremy Bolton Total Points: 160 Due Date: 12/1/2015 Over the course of the term you will design and build a programming language. Specifically you will build an interpreter for the programming language specified below. The third deliverable is a fully functioning interpreter for
Course Project Deliverable #3: BaM Interpreter (Applying Semantics) Read More »
CS 369 Assignment 2 2015 Due Thursday May 14 8:30 pm In this assignment, you will simulate pairs of sequences according to a simple evolutionary model, study some properties of the simulated sequences and implement a pairwise alignment algorithm to align simulated sequences. Your choice of language is restricted to Java, Python (with NumPy) or
CS 369 Assignment 2 2015 Read More »