美国程序辅导

留学生程序辅导,辅导编程,解决各类编程与作业, CS Assignment, 辅导各类CS作业

cs112 project4

python作业代写

Programming Project 4

This semester you will be writing a program that models elements of recognizing and creating characters. Optical character recognition is an important area of research that allows photographs or printed documents to be digitized; by doing so, these documents are made available for machine-based searching. On the flip side,http://en.wikipedia.org/wiki/CAPTCHA is a system for differentiating between humans and computers: the goal here is to generate a non-machine readable image that a human could identify. CAPTCHA helps reduce the amount of spam on the Internet.

We will implement a highly limited type of image matching, processing, and creation this semester. Rather than write this project at once, we will break the proje

MIPS 处理器 数据通路设计 verilog代写

1
EECE 3324
Computer Architecture and Organization
Final Project
MIPS Architecture Implementation
Due on Apr. 14th (M) 11:59pm
Basic project: single-cycle MIPS architecture implementation (worth 25% of the total course points)
1. Overview
For the EECE3324 project, you will implement the standard single-cycle MIPS architecture in Verilog. You are given a memory Verilog file which contains both text (program instructions) and data, you should write a processor Verilog file which contains all the modules for the processor datapath and controller. The processor module interacts with the memory module. You should write your own testbench file to simulate the processor and memory. Finally, you should calculate the CPI of the provided program from the Verilog simulator.
I recommend using Modelsim as the HDL simulator. Instruction file on Modelsim installation and usage have been posted on BB. You can also use others, like ISE simulator, vcs, etc., if you are familiar with them. However, you have to let the TA and me

histogram equalization verilog代写

ECE 464/520: Project Technical Requirements
You are to produce a Histogram Equalization Unit for image processing. A general description of what a histogram equalization unit does can be found on Wilkipedia amongst other sources,
http://en.wikipedia.org/wiki/Histogram_equalization
You will be processing a series of small (640 x 480 pixel ) images. The images will contain 32-bit unsigned pixels representing gray scale images. A basic description of the algorithm is found below (this is extracted from a requirements document in one of our research projects.
Change (Feb 6, 2014). The data supplied to you actually has a dynamic range of only 8 bits per pixel. SO that you can all take advantage of this, you only need to produce a histogram where the value of each pixel is sorted into L=28 buckets, not 216 buckets.

 

You have to design a unit that maximizes the number of images that can be processed per unit area. You thus need to report how long (in seconds) it takes to process an image, and what is the cel

CS2110 Assignment 5

Java 程序代写

The Problem

The design team at AppsUnlimited has come up with the concept for a new app to help users find restaurants when they

traveling.

The prototype UI is given shown above. Basically the user enters two pieces of data, namely

1. How far they are willing to travel (e.g. 1.5 km), and

2. How much they are willing to spend, (e.g. $20).

The user can then do three types of search, namely

 All: Display all restaurants that match the user’s criteria.

 Best: Display those restaurants that match the user’s criteria and for which there is no other restaurants that are

both cheaper and closer.

 Ranked – Displays the same restaurants as Best button but the restaurants are ordered by rank. The rank of a

restaurant is the count of number of restaurants that match the constraints and are both farther and more

expensive.

The Data

This application is to be based on a Restaurants file which contains the following information for each restaurant:

o Name,

o Street address

o Average meal price,

bin_str 递归调用

输出所有二进制组合,递归调用,c程序代写

  1.  bin_str.c

binary number is made up of 0’s and 1’s but the input strings you will receive can also contain ‘x”s. An x represents a digit that can be either a 0 or a 1. Your program should display all the possible binary digits that can be formed. For example the string x1x0 could represent either 0100, 0110, 1100, or 1110.

  1. Name your executable bin_str.out
  2. Your program should accept the binary string as a command line argument
  3. You MUST solve this program RECURISIVELY
  4. Examples

    1../bin_str.out 0110 0110

    2../bin_str.out 01×0 0100

    0110 3../bin_str.out xx

    00 01 10 11

minutes) Write a program called bin_str.c that completes a binary number. A

ECS10 WQ15 Project 5 solution

很好玩的python作业代写,根据词频破解密钥

ECS10 WQ15

February 28, 2015

Due March 13, 2015 at 11:55 PM

Project 5

You will be working alone for this project. This specification may change at any time for additional clarification. You should avoid using existing source code as a primer that is currently available on the Internet. You must specify in your comments of the file any sources of code that you have viewed to help you complete this project. All class projects will be submitted to MOSS to determine if students have excessively collaborated. Excessive collaboration, or failure to list external code sources will result in the matter being transferred to Student Judicial Affairs.

1. You will be writing a Python module to handle enc

c语言作业hw5

帮助代写程序,实现wcount.c, perimeter.c, tail.c

Homework 5 Files to submit: wcount.c, perimeter.c, tail.c, ReadMe.txt

  • All programs must compile without warnings when using the -Wall option
  • If you are working in a group ALL members must submit the assignment on SmartSite
  • Submit only the files requested◦ Do NOT submit folders or compressed files such as .zip, .rar, .tar, .targz, etc
  • All output must match the provided solution in order to receive credit◦ We use a program to test your code so it must match exactly to receive credit
  • All input will be valid unless stated otherwise
  • The examples provided in the prompts do not represent all possible input you can receive.Please see the Tests folder for each problem for more adequate testing
  • You may assume all inputs are valid unless otherwise specified
  • All inputs in the examples in the prompt are underlined

CS112 project2 solution

代写Python系列作业,实现Optical character recognition

Programming Project 2


This semester you will be writing a program that models elements of recognizing and creating characters. Optical character recognition is an important area of research that allows photographs or printed documents to be digitized; by doing so, these documents are made available for machine-based searching. On the flip side, http://en.wikipedia.org/wiki/CAPTCHAis a system for differentiating between humans and computers: the goal here is to generate a non-machine readable image that

CS112 project3 solution

代写Python系列作业,实现Optical character recognition

Programming Project 3


This semester you will be writing a program that models elements of recognizing and creating characters. Optical character recognition is an important area of research that allows photographs or printed documents to be digitized; by doing so, these documents are made available for machine-based searching. On the flip side, http://en.wikipedia.org/wiki/CAPTCHAis a system for differentiating between humans and computers: the goal here is to generate a non-machine readable image that

COMP2355 PA3 solution

代写C++作业,实现多线程BFS搜索

Introduction

In this assignment you will perform a parallel breadth-first search (BFS) of the 4×3 Sliding Tile state space. The result of this search will be that the distance of every state in the state space from the initial configuration will be stored in an array. In C++ you can only access items in an array using an integer offset. Thus, we cannot directly map between our Sliding Tile puzzle class and an element in the depth array. Luckily, there is a 1-to-1 mapping between states in the puzzle and integers between 0 and 12!/2. We can perform this mapping using what are called “Ranking” and “Unranking” functions. A ranking function will convert a state into an integer, and an unranking function will convert an integer into the corresponding state. T