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支持各种编程语言代写, 包括很多小众语言, 比如函数式编程语言Haskell, OCaml, Scheme, Lisp等, 逻辑编程语言Prolog, 底层汇编语言MIPS, RISC-V, ARM, X86, LC-3等.

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代写 algorithm game GUI python AI graph IFN680 Semester 2, 2019

IFN680 Semester 2, 2019 Assignment 1 The Wumpus World – a Probability based Agent Due Date: Sunday, 15/09/2019 Individual or group work: group size can be 1 – 3 people Weight: 20% ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ 1. Introduction Hunt the Wumpus — is a well-known simple computer game which was originally written by Gregory Yob in BASIC in […]

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代写 C++ Scheme Haskell Java ocaml prolog python ruby C# Assignment 1: Comparing Languages

Assignment 1: Comparing Languages (Tree Enumeration) This, the first graded assignment of the semester asks you to solve a simple problem in each of five different programming languages (six if you’re in 454): ● Ada ● OCaml or Haskell ● C#, Go, or Rust ● Python or Ruby ● Prolog 454 students must also write

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代写 software C# Faculty of Engineering and Information Technology School of Software

Faculty of Engineering and Information Technology School of Software 31927 – Applications Development with .NET 32998 – .NET Applications Development SPRING 2019 ASSIGNMENT – 1 SPECIFICATION Due date Demonstrations Marks Submission Monday 11:59pm, 16th September 2019 Required in the lab/tutorial session 35% of the total marks for this subject Complete project folder zip (Code, solution

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代写 C++ python socket graph network security Assignment #1: Creating a Secure On-Line Service

Assignment #1: Creating a Secure On-Line Service The purpose of this assignment is to get you thinking about how to compose different security concepts to create an on-line service with authentication and encryption. Assignment Details During the warm-up assignment, we reviewed many powerful concepts. We saw how to load a file from disk as a

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代写 html python statistic software network security Assignment: SDLC for human activity recognition project

Assignment: SDLC for human activity recognition project COMP255 Human activity recognition @MQ S2, 2019 (updated on 11th Aug 2019) This project aims to develop a human activity recognition IoT application to evaluate students’ knowledge in SDLC. This is an individual assignment. The project tasks shall be carried out individually. Commences: Week 3. Assignment due: 5pm,

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代写 2019高教社杯全国大学生数学建模竞赛题目

2019高教社杯全国大学生数学建模竞赛题目 (请先阅读“全国大学生数学建模竞赛论文格式规范”) 问题C 机场的出租车问题 大多数乘客下飞机后要去市区(或周边)的目的地,出租车是主要的交通工具之一。国内多数机场都是将送客(出发)与接客(到达)通道分开的。送客到机场的出租车司机都将会面临两个选择: (A) 前往到达区排队等待载客返回市区。出租车必须到指定的“蓄车池”排队等候,依“先来后到”排队进场载客,等待时间长短取决于排队出租车和乘客的数量多少,需要付出一定的时间成本。 (B) 直接放空返回市区拉客。出租车司机会付出空载费用和可能损失潜在的载客收益。 在某时间段抵达的航班数量和“蓄车池”里已有的车辆数是司机可观测到的确定信息。通常司机的决策与其个人的经验判断有关,比如在某个季节与某时间段抵达航班的多少和可能乘客数量的多寡等。如果乘客在下飞机后想“打车”,就要到指定的“乘车区”排队,按先后顺序乘车。机场出租车管理人员负责“分批定量”放行出租车进入“乘车区”,同时安排一定数量的乘客上车。在实际中,还有很多影响出租车司机决策的确定和不确定因素,其关联关系各异,影响效果也不尽相同。 请你们团队结合实际情况,建立数学模型研究下列问题: (1) 分析研究与出租车司机决策相关因素的影响机理,综合考虑机场乘客数量的变化规律和出租车司机的收益,建立出租车司机选择决策模型,并给出司机的选择策略。 (2) 收集国内某一机场及其所在城市出租车的相关数据,给出该机场出租车司机的选择方案,并分析模型的合理性和对相关因素的依赖性。 (3) 在某些时候,经常会出现出租车排队载客和乘客排队乘车的情况。某机场“乘车区”现有两条并行车道,管理部门应如何设置“上车点”,并合理安排出租车和乘客,在保证车辆和乘客安全的条件下,使得总的乘车效率最高。 (4) 机场的出租车载客收益与载客的行驶里程有关,乘客的目的地有远有近,出租车司机不能选择乘客和拒载,但允许出租车多次往返载客。管理部门拟对某些短途载客再次返回的出租车给予一定的“优先权”,使得这些出租车的收益尽量均衡,试给出一个可行的“优先”安排方案。

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