并行编程代写代考

java生物并行计算代写：CSE 231 K-MerCounting Assignment

程序代写 CS代考 / ,

K-MerCounting Assignment Contents 1Background 2Breakdown 3KMerUtils 3.1long calculatePossibleKMers(int kMerLength) 3.2int calculateSumOfAllKMers(List<byte[]> sequences, int kMerLength) 3.3String toString(byte[] sequence, int offset, int kMerLength) 3.4String toString(byte[] kMer) 3.5int toPackedInt(byte[] sequence, int offset, int kMerLength) 3.6int toPackedInt(byte[] kMer) 3.7byte[] unpackInt(int kMer, int kMerLength) 3.8long toPackedLong(byte[] sequence, int offset, int kMerLength) 3.9byte[] unpackLong(long kMer, int kMerLength) 4Warmups 4.1String HashMap Implementation […]

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并行计算代写：CS6771 Assignment Five Parallel Bucket Sort

程序代写 CS代考 /

CS6771 Assignment Five 2017 Parallel Bucket Sort Due Date: 11:59pm Sunday 29 October 2017 Worth: 10% Aims: Your task is to take a slow single threaded sort algorithm and redesign it into a parallel radix sort algorithm that sorts a vector of numbers as quickly as possible. The sorting algorithm takes a vector of unsigned

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并行计算代写: CAB401: High Performance and Parallel Computing

程序代写 CS代考 /

CAB401: High Performance and Parallel Computing Assignment Due: 10/09/2017 (with progress report due by 22/08/2017) Worth: 50% Individual Overview You are to select a real world software application and manually parallelize it. That is, take any application that is not written in an explicitly parallel fashion and transform it so that it executes as efficiently

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C++-操作系统代写: G52OSC Process Scheduling

操作系统OS代写代考 (Operating System) / ,

G52OSC Coursework: Process Scheduling, Operating System APIs, Threading, and Concurrency Overview The goal of this coursework is to make use of operating system APIs (specifically, the POSIX API in Linux) and simple concurrency directives to implement a jobs scheduling system, e.g. for scheduling process/thread. You will implement different scheduling algorithms and use a linear bounded

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C语言代写: CS24 Password Cracker

系统编程 System programming / ,

We will be using crypt_r() (a reentrant/thread safe version) of the crypt()function, as our hashing function. crypt_r() takes three arguments: the string to hash, a salt string, a struct crypt_data. Make sure to set the initializedmember of your struct crypt_data before using it for the first time. For example: struct crypt_data cdata; cdata.initialized = 0; const char *hashed = crypt_r(“example1”, “xx”, &cdata); printf(“hash of

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C语言代写: COMP2129-PageRank-并行编程

程序代写 CS代考 / ,

COMP2129 Assignment 4 Task description In this assignment your task is to implement the PageRank algorithm in C using the power method described below and then optimise and parallelise your code to ensure peak performance is achieved. The PageRank algorithm was developed in 1996 by Larry Page and Sergey Brin when they were graduate students

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AE2OSC: Operating Systems & Concurrency

操作系统OS代写代考 (Operating System) / ,

AE2OSC: Operating Systems & Concurrency Coursework: Sieve of Eratosthenes Spring 2015 Deadline: Monday, May 4th, 2015, 09:00 am Cut-off Date: Tuesday, May 5th, 2015, 09:00 am Weight: 50% of the module mark How to submit: Via Moodle 1 Sieve of Eratosthenes We have already discussed a parallel implementation of the Sieve of Eratosthenes using MPI

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